SIMPLE  =                T / Standard FITS
BITPIX  =                8 / # of bits per pix value
NAXIS   =                0 / # of axes in data array
EXTEND  =                T / FITS Extension may be present
ORIGIN  = 'ESO-PARANAL'    / European Southern Observatory
DATE    = '2024-10-29T23:45:27.0040' / Date the file was written
TELESCOP= 'ESO-VLTI-A1234' / ESO <TEL>
INSTRUME= 'MATISSE'        / Instrument used.
OBJECT  = 'STD'            / Original target.
RA      =        13.748229 / [deg] 00:54:59.5 RA (J2000) pointing
DEC     =        -69.52732 / [deg] -69:31:38.3 DEC (J2000) pointing
EQUINOX =           2000.0 / Standard FK5
RADECSYS= 'FK5'            / Coordinate system
EXPTIME =        0.0200088 / Integration time
MJD-OBS =   60612.98989588 / 2024-10-29T23:45:27.0040
DATE-OBS= '2024-10-29T23:45:27.0040' / Observing date
UTC     =        85525.000 / [s] 23:45:24.000 UTC
LST     =        77938.195 / [s] 21:38:58.195 LST
PI-COI  = 'UNKNOWN'        / PI-COI name.
OBSERVER= 'UNKNOWN'        / Name of observer.
HIERARCH ESO COU AO SYSTEM = 'NAOMI' / AO System name [list_item].
HIERARCH ESO COU GUID DEC = -69.52761 / -69:31:39.4 DEC in J2000
HIERARCH ESO COU GUID MAG = 5.10000 / Given Coude guide star magnitude
HIERARCH ESO COU GUID MODE = 'NONE' / VLTI mode of Coude guiding
HIERARCH ESO COU GUID RA = 13.751425 / 00:55:00.3 RA in J2000
HIERARCH ESO COU GUID STATUS = 'ON' / VLTI guiding substate
HIERARCH ESO COU GUID WAVELEN = 650.00000 / Effective wavelength
HIERARCH ESO DEL DLT1 OPL END = 12.267116854 / Position at end for DL beam 1
HIERARCH ESO DEL DLT1 OPL START = 12.239993612 / Position at start for DL beam i
HIERARCH ESO DEL DLT1 VCM CURV = 0.000432491 / mm-1 actual curv. of VCM beam i
HIERARCH ESO DEL DLT1 VCM TRACK = 'ON' / VCM tracking beam i
HIERARCH ESO DEL DLT2 OPL END = 15.784731150 / Position at end for DL beam 1
HIERARCH ESO DEL DLT2 OPL START = 15.784499512 / Position at start for DL beam i
HIERARCH ESO DEL DLT2 VCM CURV = 0.001048151 / mm-1 actual curv. of VCM beam i
HIERARCH ESO DEL DLT2 VCM TRACK = 'ON' / VCM tracking beam i
HIERARCH ESO DEL DLT3 OPL END = 44.969435229 / Position at end for DL beam 1
HIERARCH ESO DEL DLT3 OPL START = 44.969428240 / Position at start for DL beam i
HIERARCH ESO DEL DLT3 VCM CURV = 0.001701924 / mm-1 actual curv. of VCM beam i
HIERARCH ESO DEL DLT3 VCM TRACK = 'ON' / VCM tracking beam i
HIERARCH ESO DEL DLT4 OPL END = 25.908397403 / Position at end for DL beam 1
HIERARCH ESO DEL DLT4 OPL START = 25.908246183 / Position at start for DL beam i
HIERARCH ESO DEL DLT4 VCM CURV = 0.001413721 / mm-1 actual curv. of VCM beam i
HIERARCH ESO DEL DLT4 VCM TRACK = 'ON' / VCM tracking beam i
HIERARCH ESO DEL FT SENSOR = 'GRAVITY' / Fringe Tracker Sensor Name
HIERARCH ESO DEL FT STATUS = 'ON' / Fringe Tracker Status
HIERARCH ESO DEL REF NAME = 'DL1' / Reference DEL Name
HIERARCH ESO DEL REF OPL = 0.000000000 / position
HIERARCH ESO DET ACQ1 APPREV = 0 / Pre-processor application revision
HIERARCH ESO DET ACQ1 CONT = F / Acq.-process continuous mode
HIERARCH ESO DET ACQ1 DISKMEM = F / Disk-memory enabled
HIERARCH ESO DET ACQ1 PROC = 'mtacqAQ1 -setup 3 -negate' / Process name
HIERARCH ESO DET ACQ1 QDUMP = F / Queue Dump Mode
HIERARCH ESO DET ACQ1 QUEUE = 0 / Frame queue size
HIERARCH ESO DET ACQ1 REV = 1 / Pre-processor framework revision
HIERARCH ESO DET ACQ1 SOFW MODE = 'NORMAL' / Software operational mode
HIERARCH ESO DET ACQ1 WIN NX = 532 / Acq.-window NX
HIERARCH ESO DET ACQ1 WIN NY = 172 / Acq.-window NY
HIERARCH ESO DET ACQ1 WIN STRX = 1 / Acq.-window start-x
HIERARCH ESO DET ACQ1 WIN STRY = 5 / Acq.-window start-y
HIERARCH ESO DET APOTYPE VAL = 0 / Apodization type
HIERARCH ESO DET APOX VAL = 512 / [pix] Size x of apodization before FFT
HIERARCH ESO DET APOY VAL = 512 / [pix] Size y of apodization before FFT
HIERARCH ESO DET BCD STATE = 1 / Current BCD position
HIERARCH ESO DET BEAM VAL = 1 / Current optical beam processed [1 to 4]
HIERARCH ESO DET CHIP DATE = '2013-12-18' / Date of installation
HIERARCH ESO DET CHIP GAIN = 15.00 / Gain in e-/ADU
HIERARCH ESO DET CHIP ID = 'FLT112' / Detector chip identification
HIERARCH ESO DET CHIP INDEX = 1 / Chip index
HIERARCH ESO DET CHIP LIVE = 1 / Detector alive
HIERARCH ESO DET CHIP NAME = 'AQUARIUS' / Detector chip name
HIERARCH ESO DET CHIP NX = 1024 / number of pixels along x
HIERARCH ESO DET CHIP NY = 1024 / number of pixels along y
HIERARCH ESO DET CHIP PSZX = 1. / Size of pixel in X (mu)
HIERARCH ESO DET CHIP PSZY = 1. / Size of pixel in Y (mu)
HIERARCH ESO DET CHIP PXSPACE = 3.000E-06 / Pixel-Pixel Spacing
HIERARCH ESO DET CHIP RGAP = 0. / Angle of gap between chips
HIERARCH ESO DET CHIP RON = 150.00 / Read-out noise in e-
HIERARCH ESO DET CHIP TYPE = 'IR-N' / The Type of detector chip
HIERARCH ESO DET CHIP X = 1 / X location in array
HIERARCH ESO DET CHIP XGAP = 0. / Gap after chip along x
HIERARCH ESO DET CHIP Y = 1 / Y location in array
HIERARCH ESO DET CHIP YGAP = 0. / Gap after chip along y
HIERARCH ESO DET CHOP CYCSUM = T / Half-Cycle Averaging
HIERARCH ESO DET CHOP CYCSYNC = F / Sync to cycle
HIERARCH ESO DET CHOP FREQ = 0.000000 / [Hz] Chopping frequency
HIERARCH ESO DET CHOP ST = F / Chopping enabled
HIERARCH ESO DET CHOP TIM = 0.0200000 / [s] TIM period
HIERARCH ESO DET CHOP TRANSTIM = 0.025 / [s] Chopper transition time
HIERARCH ESO DET CLDC1 CLKHI1 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI10 = 5.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI11 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI12 = -0.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI13 = -0.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI14 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI15 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI16 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI17 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI18 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI2 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI3 = 3.300 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI4 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI5 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI6 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI7 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI8 = 3.300 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHI9 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKHINM1 = 'clk1_Hi-rowRstRead' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM10 = 'clk10_Hi-reduceOut' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM11 = 'clk11_Hi-allowRstSRst' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM12 = 'clk12_Hi-vpRst_Lo' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM13 = 'clk13_Hi-VpRow_Lo' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM14 = 'clk14_Hi-unused' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM15 = 'clk15_Hi-Level_Shifter_12' / Name of clock hi
HIERARCH ESO DET CLDC1 CLKHINM16 = 'clk16_Hi-Chopper' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM17 = 'CLOCK_17_L1' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM18 = 'CLOCK_18_L1' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM2 = 'clk2_Hi-ucRstEn' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM3 = 'clk3_Hi-ucGainN' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM4 = 'clk4_Hi-pucRstN' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM5 = 'clk5_Hi-pFrameSync' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM6 = 'clk6_Hi-pClk' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM7 = 'clk7_Hi-pRowClk' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM8 = 'clk8_Hi-pucShN' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHINM9 = 'clk9_Hi-ucRstSel' / Name of clock high
HIERARCH ESO DET CLDC1 CLKHIT1 = 5.577 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT10 = 5.027 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT11 = 5.549 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT12 = -0.384 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT13 = -0.417 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT14 = 0.117 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT15 = 0.097 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT16 = 0.079 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT17 = 0.093 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT18 = 0.091 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT2 = 5.562 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT3 = 3.357 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT4 = 5.525 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT5 = 5.567 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT6 = 5.470 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT7 = 5.608 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT8 = 3.381 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKHIT9 = 5.554 / [V] Telemetry value clock-hi
HIERARCH ESO DET CLDC1 CLKLO1 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO10 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO11 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO12 = -0.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO13 = -0.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO14 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO15 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO16 = 5.500 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO17 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO18 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO2 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO3 = 3.300 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO4 = -0.700 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO5 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO6 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO7 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO8 = -0.700 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLO9 = 0.000 / [V] Clock voltage setup value
HIERARCH ESO DET CLDC1 CLKLONM1 = 'clk1_Lo-rowRstRead' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM10 = 'clk10_Lo-reduceOut' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM11 = 'clk11_Lo-allowRstSRst' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM12 = 'clk12_Lo-vpRst_Lo' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM13 = 'clk13_Lo-vpRow_Lo' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM14 = 'clk14_Lo-unused' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM15 = 'clk15_Lo-Level_Shifter_12' / Name of clock lo
HIERARCH ESO DET CLDC1 CLKLONM16 = 'clk16_Lo-Chopper' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM17 = 'CLOCK_17_L0' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM18 = 'CLOCK_18_L0' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM2 = 'clk2_Lo-ucRstEn' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM3 = 'clk3_Lo-ucGainN' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM4 = 'clk4_Lo-pucRstN' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM5 = 'clk5_Lo-pFrameSync' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM6 = 'clk6_Lo-pClk' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM7 = 'clk7_Lo-pRowClk' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM8 = 'clk8_Lo-pucShN' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLONM9 = 'clk9_Lo-ucRstSel' / Name of clock low
HIERARCH ESO DET CLDC1 CLKLOT1 = 0.096 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT10 = 0.103 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT11 = 0.076 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT12 = -0.372 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT13 = -0.385 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT14 = 0.100 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT15 = 5.556 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT16 = 5.533 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT17 = 0.095 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT18 = 0.089 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT2 = 0.114 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT3 = 3.378 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT4 = -0.589 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT5 = 0.095 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT6 = 0.177 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT7 = 0.162 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT8 = -0.601 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKLOT9 = 0.054 / [V] Telemetry value clock-lo
HIERARCH ESO DET CLDC1 CLKOFF = 1.000 / [V] Clock voltage offset
HIERARCH ESO DET CLDC1 DC1 = 5.500 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC10 = 7.500 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC11 = 5.000 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC12 = 0.000 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC13 = 2.000 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC14 = 0.000 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC15 = 0.000 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC16 = 1.250 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC17 = 3.250 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC18 = 2.300 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC19 = 0.000 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC2 = 5.550 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC20 = 3.300 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC3 = 5.500 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC4 = 4.000 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC5 = 5.500 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC6 = 5.500 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC7 = 5.000 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC8 = 6.330 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DC9 = 6.300 / [V] Bias voltage setup value
HIERARCH ESO DET CLDC1 DCNM1 = 'DC1-vpD' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM10 = 'DC10-vcmExt' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM11 = 'DC11-vneg' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM12 = 'DC12-iCmExt' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM13 = 'DC13-vnUc' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM14 = 'DC14-vsub' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM15 = 'DC15-vnD' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM16 = 'DC16-vdetCom' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM17 = 'DC17-vucRst' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM18 = 'DC18-VcolRst' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM19 = 'DC19-islew' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM2 = 'DC2-vpESD' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM20 = 'DC20-vpRst_Hi' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM3 = 'DC3-vpA' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM4 = 'DC4-vCas' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM5 = 'DC5-vpRow_Hi' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM6 = 'DC6-vpUc' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM7 = 'DC7-vnOut' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM8 = 'DC8-Reference1' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCNM9 = 'DC9-Reference2' / Name of bias voltage
HIERARCH ESO DET CLDC1 DCOFF = 1.000 / [V] Bias voltage offset
HIERARCH ESO DET CLDC1 DCT1 = 5.526 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT10 = 7.551 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT11 = 5.027 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT12 = 0.146 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT13 = 2.068 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT14 = 0.130 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT15 = 0.128 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT16 = 1.285 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT17 = 3.280 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT18 = 2.361 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT19 = 0.047 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT2 = 5.591 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT20 = 3.335 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT3 = 5.525 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT4 = 4.086 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT5 = 5.539 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT6 = 5.592 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT7 = 5.056 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT8 = 6.393 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DCT9 = 6.367 / [V] Telemetry value bias
HIERARCH ESO DET CLDC1 DIODE = 0.000 / [V] Diode bias
HIERARCH ESO DET CLDC1 FILE = 'mtngcirAQ_TEC_HIGH_GAIN.v' / Voltage configurati
HIERARCH ESO DET CLDC1 PREAMP = 0.000 / [V] Preamplifier offset
HIERARCH ESO DET CLDC1 STATUS = 'enabled' / Output status
HIERARCH ESO DET DETCFG = 'mtngcirDetNGCIR2.dcf' / Detector configuration
HIERARCH ESO DET DEV1 BOARD1 BCKPL = '00001080C072' / Serial no (backplane)
HIERARCH ESO DET DEV1 BOARD1 REV = '2.5.0' / Revision
HIERARCH ESO DET DEV1 BOARD1 SERNO = '000010A4906B' / Serial no (board)
HIERARCH ESO DET DEV1 BOARD1 TRANS = '000013A6C290' / Serial no (trans.-board)
HIERARCH ESO DET DEV1 BOARD1 TYPE = 'AQ32-10MHZ' / Type
HIERARCH ESO DET DEV1 BOARD1 VERSION = 9 / Version
HIERARCH ESO DET DEV1 BOARD2 BCKPL = '00001080C072' / Serial no (backplane)
HIERARCH ESO DET DEV1 BOARD2 REV = '5.11.0' / Revision
HIERARCH ESO DET DEV1 BOARD2 SERNO = '00001216A8F9' / Serial no (board)
HIERARCH ESO DET DEV1 BOARD2 TRANS = '0000163DBE9C' / Serial no (trans.-board)
HIERARCH ESO DET DEV1 BOARD2 TYPE = 'FEB' / Type
HIERARCH ESO DET DEV1 BOARD2 VERSION = 5 / Version
HIERARCH ESO DET DEV1 REV = '0.7.1' / Revision
HIERARCH ESO DET DEV1 SERNO = '000000000000' / Serial no
HIERARCH ESO DET DEV1 SOFW BASE = 'Revision 317101' / Base software version
HIERARCH ESO DET DEV1 SOFW MODE = 'NORMAL' / Software operational mode
HIERARCH ESO DET DEV2 BOARD1 BCKPL = '00001080C072' / Serial no (backplane)
HIERARCH ESO DET DEV2 BOARD1 REV = '2.5.0' / Revision
HIERARCH ESO DET DEV2 BOARD1 SERNO = '00001480EA2B' / Serial no (board)
HIERARCH ESO DET DEV2 BOARD1 TRANS = '0000163DF468' / Serial no (trans.-board)
HIERARCH ESO DET DEV2 BOARD1 TYPE = 'AQ32-10MHZ' / Type
HIERARCH ESO DET DEV2 BOARD1 VERSION = 9 / Version
HIERARCH ESO DET DEV2 REV = '0.7.1' / Revision
HIERARCH ESO DET DEV2 SERNO = '000000000000' / Serial no
HIERARCH ESO DET DEV2 SOFW BASE = 'Revision 317101' / Base software version
HIERARCH ESO DET DEV2 SOFW MODE = 'NORMAL' / Software operational mode
HIERARCH ESO DET DID = 'ESO-VLT-DIC.NGCDCS-323264' / Used dictionaries
HIERARCH ESO DET EXP POSTPROC = T / Post-processor enabled
HIERARCH ESO DET EXP REV = 1 / Exposure-handling revision
HIERARCH ESO DET FILESIM VAL = ' ' / File simulation path & name
HIERARCH ESO DET FRAM FORMAT = 'generic-1' / FITS file format
HIERARCH ESO DET ID = 'MATISSE-AQ' / Detector system Id
HIERARCH ESO DET INITNGC VAL = 1 / Setup order for mtnrts
HIERARCH ESO DET INTERFX VAL = 512 / [pix] Size x of the interpolated image befo
HIERARCH ESO DET INTERFY VAL = 512 / [pix] Size y of the interpolated image befo
HIERARCH ESO DET MODE VAL = 1 / Mode used by the mtntrs processing algorith
HIERARCH ESO DET NAME = 'MATISSE-N' / Name of detector system
HIERARCH ESO DET NAVRG = 1 / Number of frames per DIT
HIERARCH ESO DET NDIT = 2385 / Number of Sub-Integrations
HIERARCH ESO DET NDITSKIP = 0 / DITs skipped at 1st.INT
HIERARCH ESO DET READ CURID = 2 / Used readout mode id
HIERARCH ESO DET READ CURNAME = 'SCI-HIGH-GAIN' / Used readout mode name
HIERARCH ESO DET SEQ BREAK = F / Break enabled
HIERARCH ESO DET SEQ1 CONT = T / Continuous mode active
HIERARCH ESO DET SEQ1 CVTEXT = T / External convert active
HIERARCH ESO DET SEQ1 DIT = 0.0200000 / [s] Integration time
HIERARCH ESO DET SEQ1 EXPTIME = 62.0100000 / [s] Exposure Sequence Time
HIERARCH ESO DET SEQ1 INITTIME = 0.0000000 / [s] Exposure Init Time
HIERARCH ESO DET SEQ1 MINDIT = 0.0000500 / [s] Minimum DIT
HIERARCH ESO DET SEQ1 PERIOD = 0.0260000 / [s] Trigger period
HIERARCH ESO DET SEQ1 REALDIT = 0.0200088 / [s] Actual integration time
HIERARCH ESO DET SEQ1 RUNCTRL = T / Run-control active
HIERARCH ESO DET SEQ1 SLX ENA = F / SELEX interface enabled
HIERARCH ESO DET SEQ1 SYNCEXT = T / External SYNC-pulse
HIERARCH ESO DET SEQ1 TIMEADD = 0 / Dwell-time add value
HIERARCH ESO DET SEQ1 TIMEFAC = 8 / Dwell-time factor
HIERARCH ESO DET SEQ1 TRIGGER = T / Trigger mode active
HIERARCH ESO DET SEQ1 TRIGMODE = 0 / Trigger mode (0=direct,1=shutter)
HIERARCH ESO DET SEQ1 WIN NX = 532 / Read-out window NX
HIERARCH ESO DET SEQ1 WIN NY = 172 / Read-out window NY
HIERARCH ESO DET SEQ1 WIN ROT = 0 / [deg] Read-out window rotation
HIERARCH ESO DET SEQ1 WIN STRX = 1 / Read-out window start-x
HIERARCH ESO DET SEQ1 WIN STRY = 5 / Read-out window start-y
HIERARCH ESO DET SIMUL VAL = 4 / Simulation mode
HIERARCH ESO DET SOFW BASE = 'Revision 323805' / Base software version
HIERARCH ESO DET SOFW MODE = 'NORMAL' / Software operational mode
HIERARCH ESO DET START VAL = 1 / Flag start sequence
HIERARCH ESO DET STEP VAL = 2 / Current STEP Template
HIERARCH ESO DET SYSCFG = 'mtngcirSysNGCIR2.cfg' / System configuration
HIERARCH ESO DET TDELAY = 0.005 / [s] Delay between trigger and first read
HIERARCH ESO DET TPLID VAL = 'MATISSE_FRINGES' / Current template identificati
HIERARCH ESO DET TRACK GAIN = 0.5000 / Gain for coherencing
HIERARCH ESO DET TRACK MASTER = 'L' / Master band for coherencing (L or N
HIERARCH ESO DET TRACK MEAN1 = 1.0000 / Mean tracking ratio on IP1 DL on exposur
HIERARCH ESO DET TRACK MEAN2 = 1.0000 / Mean tracking ratio on IP3 DL on exposur
HIERARCH ESO DET TRACK MEAN3 = 1.0000 / Mean tracking ratio on IP5 DL on exposur
HIERARCH ESO DET TRACK MEAN4 = 1.0000 / Mean tracking ratio on IP7 DL on exposur
HIERARCH ESO DET TRACK MODE = 2 / Tracking mode
HIERARCH ESO DET TRACK THRMIN = 2.0000 / [um] Minimum OPD correction threshold
HIERARCH ESO DET WIN MTCS1 = 1 / [pix] Left side of a sub-window column
HIERARCH ESO DET WIN MTCS2 = 278 / [pix] Left side of a sub-window column
HIERARCH ESO DET WIN MTCS3 = 993 / [pix] Left side of a sub-window column
HIERARCH ESO DET WIN MTCS4 = 1 / [pix] Left side of a sub-window column
HIERARCH ESO DET WIN MTCS5 = 1 / [pix] Left side of a sub-window column
HIERARCH ESO DET WIN MTCS6 = 1 / [pix] Left side of a sub-window column
HIERARCH ESO DET WIN MTCS7 = 1 / [pix] Left side of a sub-window column
HIERARCH ESO DET WIN MTCW1 = 32 / [pix] Width of a sub-window column
HIERARCH ESO DET WIN MTCW2 = 468 / [pix] Width of a sub-window column
HIERARCH ESO DET WIN MTCW3 = 32 / [pix] Width of a sub-window column
HIERARCH ESO DET WIN MTCW4 = 0 / [pix] Width of a sub-window column
HIERARCH ESO DET WIN MTCW5 = 0 / [pix] Width of a sub-window column
HIERARCH ESO DET WIN MTCW6 = 0 / [pix] Width of a sub-window column
HIERARCH ESO DET WIN MTCW7 = 0 / [pix] Width of a sub-window column
HIERARCH ESO DET WIN MTRH1 = 8 / [pix] Height of a sub-window row
HIERARCH ESO DET WIN MTRH2 = 156 / [pix] Height of a sub-window row
HIERARCH ESO DET WIN MTRH3 = 8 / [pix] Height of a sub-window row
HIERARCH ESO DET WIN MTRH4 = 0 / [pix] Height of a sub-window row
HIERARCH ESO DET WIN MTRH5 = 0 / [pix] Height of a sub-window row
HIERARCH ESO DET WIN MTRH6 = 0 / [pix] Height of a sub-window row
HIERARCH ESO DET WIN MTRH7 = 0 / [pix] Height of a sub-window row
HIERARCH ESO DET WIN MTRH8 = 0 / [pix] Height of a sub-window row
HIERARCH ESO DET WIN MTRS1 = 5 / [pix] Bottom side of a sub-window row
HIERARCH ESO DET WIN MTRS2 = 435 / [pix] Bottom side of a sub-window row
HIERARCH ESO DET WIN MTRS3 = 1013 / [pix] Bottom side of a sub-window row
HIERARCH ESO DET WIN MTRS4 = 1 / [pix] Bottom side of a sub-window row
HIERARCH ESO DET WIN MTRS5 = 1 / [pix] Bottom side of a sub-window row
HIERARCH ESO DET WIN MTRS6 = 1 / [pix] Bottom side of a sub-window row
HIERARCH ESO DET WIN MTRS7 = 1 / [pix] Bottom side of a sub-window row
HIERARCH ESO DET WIN MTRS8 = 1 / [pix] Bottom side of a sub-window row
HIERARCH ESO DET WIN NCOL = 3 / Number of sub-window olumns
HIERARCH ESO DET WIN NROW = 3 / Number of sub-window rows
HIERARCH ESO DET WLMAXCUT VAL = 0.0000 / [um] Maximun wavelength cut
HIERARCH ESO DET WLMINCUT VAL = 0.0000 / [um] Minimun wavelength cut
HIERARCH ESO DET1 TRACK ALGOTYPE = 145 / Bitwise value for quick-look algorithm
HIERARCH ESO DET1 TRACK NCOH = 1 / Number of frames for coherent integration
HIERARCH ESO DET1 TRACK NINCOH = 1 / Number of frames for incoherent integration
HIERARCH ESO DET1 TRACK SNRLIMIT = 200.0000 / Fringe peak detection limit in SNR
HIERARCH ESO DET2 TRACK ALGOTYPE = 145 / Bitwise value for quick-look algorithm
HIERARCH ESO DET2 TRACK NCOH = 5 / Number of frames for coherent integration
HIERARCH ESO DET2 TRACK NINCOH = 1 / Number of frames for incoherent integration
HIERARCH ESO DET2 TRACK SNRLIMIT = 5.0000 / Fringe peak detection limit in SNR
HIERARCH ESO DET3 CHIP ID = 'ESO-selex' / Detector chip identification
HIERARCH ESO DET3 FRAM STRX = 1 / Frame window start-x
HIERARCH ESO DET3 FRAM STRY = 1 / Frame window start-y
HIERARCH ESO DET3 NAME = 'FRINGETRACKER' / Name of detector system
HIERARCH ESO DET3 SEQ1 DIT = 0.0008500 / [s] Integration time
HIERARCH ESO DET3 SEQ1 NX = 32 / Detector window number of pixels in X
HIERARCH ESO DET3 SEQ1 NY = 72 / Detector window number of pixels in Y
HIERARCH ESO DET3 SEQ1 STARTX = 256 / Detector window start X pixel
HIERARCH ESO DET3 SEQ1 STARTY = 49 / Detector window start Y pixel
HIERARCH ESO DPR CATG = 'CALIB' / Observation category
HIERARCH ESO DPR TECH = 'INTERFEROMETRY' / Observation technique
HIERARCH ESO DPR TYPE = 'STD' / Observation type
HIERARCH ESO FT KAL P1_RESP1 = -0.07470 / Kalman filter piezo 1 response 1
HIERARCH ESO FT KAL P1_RESP2 = 7.00530 / Kalman filter piezo 1 response 2
HIERARCH ESO FT KAL P1_RESP3 = 12.11130 / Kalman filter piezo 1 response 3
HIERARCH ESO FT KAL P1_RESP4 = 0.16780 / Kalman filter piezo 1 response 4
HIERARCH ESO FT KAL P1_RESP5 = -1.80960 / Kalman filter piezo 1 response 5
HIERARCH ESO FT KAL P2_RESP1 = -0.35280 / Kalman filter piezo 2 response 1
HIERARCH ESO FT KAL P2_RESP2 = 7.35540 / Kalman filter piezo 2 response 2
HIERARCH ESO FT KAL P2_RESP3 = 11.15670 / Kalman filter piezo 2 response 3
HIERARCH ESO FT KAL P2_RESP4 = -0.76430 / Kalman filter piezo 2 response 4
HIERARCH ESO FT KAL P2_RESP5 = 0.00510 / Kalman filter piezo 2 response 5
HIERARCH ESO FT KAL P3_RESP1 = -0.12950 / Kalman filter piezo 3 response 1
HIERARCH ESO FT KAL P3_RESP2 = 7.81300 / Kalman filter piezo 3 response 2
HIERARCH ESO FT KAL P3_RESP3 = 11.84150 / Kalman filter piezo 3 response 3
HIERARCH ESO FT KAL P3_RESP4 = -3.23000 / Kalman filter piezo 3 response 4
HIERARCH ESO FT KAL P3_RESP5 = 1.10510 / Kalman filter piezo 3 response 5
HIERARCH ESO FT KAL P4_RESP1 = -0.28670 / Kalman filter piezo 4 response 1
HIERARCH ESO FT KAL P4_RESP2 = 6.37920 / Kalman filter piezo 4 response 2
HIERARCH ESO FT KAL P4_RESP3 = 12.36300 / Kalman filter piezo 4 response 3
HIERARCH ESO FT KAL P4_RESP4 = 1.03990 / Kalman filter piezo 4 response 4
HIERARCH ESO FT KAL P4_RESP5 = -2.09540 / Kalman filter piezo 4 response 5
HIERARCH ESO FT MODE = 3 / Fringe tracker mode
HIERARCH ESO FT OPDC G4MAT = 1 / Offloading on VLTI DL
HIERARCH ESO FT OPDC GAIN_GD = 1.0000 / FT Gain Group Delay
HIERARCH ESO FT OPDC GAIN_OFF = 0.0100 / FT DDL Offload Gain
HIERARCH ESO FT OPDC GAIN_PD = 1.0000 / FT Gain Phase Delay
HIERARCH ESO FT OPDC JUMPS1 = 0 / FT fringe jumps
HIERARCH ESO FT OPDC JUMPS2 = 0 / FT fringe jumps
HIERARCH ESO FT OPDC JUMPS3 = 0 / FT fringe jumps
HIERARCH ESO FT OPDC JUMPS4 = 0 / FT fringe jumps
HIERARCH ESO FT OPDC JUMPS5 = 0 / FT fringe jumps
HIERARCH ESO FT OPDC JUMPS6 = 0 / FT fringe jumps
HIERARCH ESO FT OPDC KAL_STATE = 1 / FT Kalmann State
HIERARCH ESO FT OPDC OVERSHOOT = 1.2000 / FT Group Delay Overshoot
HIERARCH ESO FT OPDC SEARCH_SPD = 0.0400 / FT DDL search speed
HIERARCH ESO FT OPDC SMOOTH_FND = 0.1000 / FT Smooth SNR
HIERARCH ESO FT OPDC SMOOTH_GD = 1.0000 / FT Smooth Group Delay
HIERARCH ESO FT OPDC SNR1 = 18.67831 / FT instant SNR
HIERARCH ESO FT OPDC SNR2 = 10.78881 / FT instant SNR
HIERARCH ESO FT OPDC SNR3 = 11.48472 / FT instant SNR
HIERARCH ESO FT OPDC SNR4 = 13.52843 / FT instant SNR
HIERARCH ESO FT OPDC SNR5 = 17.64463 / FT instant SNR
HIERARCH ESO FT OPDC SNR6 = 17.90551 / FT instant SNR
HIERARCH ESO FT OPDC SNR_THRESH1 = 3.0962 / FT SNR Threshold
HIERARCH ESO FT OPDC SNR_THRESH2 = 10.3478 / FT SNR Threshold
HIERARCH ESO FT OPDC SNR_THRESH3 = 8.5453 / FT SNR Threshold
HIERARCH ESO FT OPDC SNR_THRESH4 = 7.7840 / FT SNR Threshold
HIERARCH ESO FT OPDC SNR_THRESH5 = 9.9089 / FT SNR Threshold
HIERARCH ESO FT OPDC SNR_THRESH6 = 14.3007 / FT SNR Threshold
HIERARCH ESO FT POLA MODE = 'COMBINED' / Fringe tracker polarization mode
HIERARCH ESO INS BCD1 ENC = 11193 / [Enc] BCD device absolute position.
HIERARCH ESO INS BCD1 ID = 'IN' / BCD device unique ID.
HIERARCH ESO INS BCD1 NAME = 'IN' / BCD device name.
HIERARCH ESO INS BCD1 NO = 2 / BCD device slot number.
HIERARCH ESO INS BCD1 TYPE = 'NA' / BCD device element type.
HIERARCH ESO INS BCD2 ENC = 10803 / [Enc] BCD device absolute position.
HIERARCH ESO INS BCD2 ID = 'IN' / BCD device unique ID.
HIERARCH ESO INS BCD2 NAME = 'IN' / BCD device name.
HIERARCH ESO INS BCD2 NO = 2 / BCD device slot number.
HIERARCH ESO INS BCD2 TYPE = 'NA' / BCD device element type.
HIERARCH ESO INS BCOP1 ENC = 23945 / [Enc] Absolute position of the BCD OPD adj.
HIERARCH ESO INS BCOP1 POS = 23945 / [Enc] Position of the BCD OPD adj. device.
HIERARCH ESO INS BCOP2 ENC = 24933 / [Enc] Absolute position of the BCD OPD adj.
HIERARCH ESO INS BCOP2 POS = 24933 / [Enc] Position of the BCD OPD adj. device.
HIERARCH ESO INS BCOP3 ENC = 29393 / [Enc] Absolute position of the BCD OPD adj.
HIERARCH ESO INS BCOP3 POS = 29393 / [Enc] Position of the BCD OPD adj. device.
HIERARCH ESO INS BCOP4 ENC = 36565 / [Enc] Absolute position of the BCD OPD adj.
HIERARCH ESO INS BCOP4 POS = 36565 / [Enc] Position of the BCD OPD adj. device.
HIERARCH ESO INS BCTP1 ENC = 29894 / [Enc] Absolute position of the BCD Tip.
HIERARCH ESO INS BCTP1 POS = 29894 / [Enc] Position of the BCD Tip adj. device.
HIERARCH ESO INS BCTP2 ENC = 29851 / [Enc] Absolute position of the BCD Tip.
HIERARCH ESO INS BCTP2 POS = 29851 / [Enc] Position of the BCD Tip adj. device.
HIERARCH ESO INS BCTP3 ENC = 40400 / [Enc] Absolute position of the BCD Tip.
HIERARCH ESO INS BCTP3 POS = 40400 / [Enc] Position of the BCD Tip adj. device.
HIERARCH ESO INS BCTP4 ENC = 32163 / [Enc] Absolute position of the BCD Tip.
HIERARCH ESO INS BCTP4 POS = 32163 / [Enc] Position of the BCD Tip adj. device.
HIERARCH ESO INS BCTT1 ENC = 32388 / [Enc] Absolute position of the BCD Tilt dev
HIERARCH ESO INS BCTT1 POS = 32388 / [Enc] Position of the BCD Tilt adj. device.
HIERARCH ESO INS BCTT2 ENC = 30402 / [Enc] Absolute position of the BCD Tilt dev
HIERARCH ESO INS BCTT2 POS = 30402 / [Enc] Position of the BCD Tilt adj. device.
HIERARCH ESO INS BCTT3 ENC = 23295 / [Enc] Absolute position of the BCD Tilt dev
HIERARCH ESO INS BCTT3 POS = 23295 / [Enc] Position of the BCD Tilt adj. device.
HIERARCH ESO INS BCTT4 ENC = 47524 / [Enc] Absolute position of the BCD Tilt dev
HIERARCH ESO INS BCTT4 POS = 47524 / [Enc] Position of the BCD Tilt adj. device.
HIERARCH ESO INS BSL1 ID = 'pshut1' / L&M BSL shutter ID.
HIERARCH ESO INS BSL1 MODE = 'NORMAL' / Periodic/Fast Shutter to set if NORMAL
HIERARCH ESO INS BSL1 NAME = 'fast shutter L1' / L&M BSL shutter name.
HIERARCH ESO INS BSL1 ST = T / L&M BSL shutter open.
HIERARCH ESO INS BSL2 ID = 'bsl2' / L&M BSL shutter ID.
HIERARCH ESO INS BSL2 NAME = 'fast shutter L2' / L&M BSL shutter name.
HIERARCH ESO INS BSL2 ST = T / L&M BSL shutter open.
HIERARCH ESO INS BSL3 ID = 'bsl3' / L&M BSL shutter ID.
HIERARCH ESO INS BSL3 NAME = 'fast shutter L3' / L&M BSL shutter name.
HIERARCH ESO INS BSL3 ST = T / L&M BSL shutter open.
HIERARCH ESO INS BSL4 ID = 'bsl4' / L&M BSL shutter ID.
HIERARCH ESO INS BSL4 NAME = 'fast shutter L4' / L&M BSL shutter name.
HIERARCH ESO INS BSL4 ST = T / L&M BSL shutter open.
HIERARCH ESO INS BSN1 ID = 'bsn1' / N BSN shutter ID.
HIERARCH ESO INS BSN1 MODE = 'NORMAL' / Periodic/Fast Shutter to set if NORMAL
HIERARCH ESO INS BSN1 NAME = 'fast shutter N1' / N BSN shutter name.
HIERARCH ESO INS BSN1 ST = F / N BSN shutter open.
HIERARCH ESO INS BSN2 ID = 'bsn2' / N BSN shutter ID.
HIERARCH ESO INS BSN2 NAME = 'Shut N beam 2' / N BSN shutter name.
HIERARCH ESO INS BSN2 ST = T / N BSN shutter open.
HIERARCH ESO INS BSN3 ID = 'bsn3' / N BSN shutter ID.
HIERARCH ESO INS BSN3 NAME = 'Shut N beam 3' / N BSN shutter name.
HIERARCH ESO INS BSN3 ST = F / N BSN shutter open.
HIERARCH ESO INS BSN4 ID = 'bsn4' / N BSN shutter ID.
HIERARCH ESO INS BSN4 NAME = 'Shut N beam 4' / N BSN shutter name.
HIERARCH ESO INS BSN4 ST = F / N BSN shutter open.
HIERARCH ESO INS CLLX1 ENC = 19531 / [Enc] Absolute position of the L&M CUL late
HIERARCH ESO INS CLLX1 POS = 19531 / [Enc] Position of the L&M CUL lateral X adj
HIERARCH ESO INS CLLX2 ENC = 22331 / [Enc] Absolute position of the L&M CUL late
HIERARCH ESO INS CLLX2 POS = 22331 / [Enc] Position of the L&M CUL lateral X adj
HIERARCH ESO INS CLLX3 ENC = 23975 / [Enc] Absolute position of the L&M CUL late
HIERARCH ESO INS CLLX3 POS = 23975 / [Enc] Position of the L&M CUL lateral X adj
HIERARCH ESO INS CLLX4 ENC = 14507 / [Enc] Absolute position of the L&M CUL late
HIERARCH ESO INS CLLX4 POS = 14507 / [Enc] Position of the L&M CUL lateral X adj
HIERARCH ESO INS CLLY1 ENC = 38957 / [Enc] Absolute position of the L&M CUL late
HIERARCH ESO INS CLLY1 POS = 38957 / [Enc] Position of the L&M CUL lateral Y adj
HIERARCH ESO INS CLLY2 ENC = 32799 / [Enc] Absolute position of the L&M CUL late
HIERARCH ESO INS CLLY2 POS = 32799 / [Enc] Position of the L&M CUL lateral Y adj
HIERARCH ESO INS CLLY3 ENC = 10861 / [Enc] Absolute position of the L&M CUL late
HIERARCH ESO INS CLLY3 POS = 10861 / [Enc] Position of the L&M CUL lateral Y adj
HIERARCH ESO INS CLLY4 ENC = 17422 / [Enc] Absolute position of the L&M CUL late
HIERARCH ESO INS CLLY4 POS = 17422 / [Enc] Position of the L&M CUL lateral Y adj
HIERARCH ESO INS CLTP1 ENC = 35189 / [Enc] Absolute position of the L&M CUL tip
HIERARCH ESO INS CLTP1 POS = 35189 / [Enc] Position of the coalignment Tip adj.
HIERARCH ESO INS CLTP2 ENC = 27313 / [Enc] Absolute position of the L&M CUL tip
HIERARCH ESO INS CLTP2 POS = 27313 / [Enc] Position of the coalignment Tip adj.
HIERARCH ESO INS CLTP3 ENC = 25821 / [Enc] Absolute position of the L&M CUL tip
HIERARCH ESO INS CLTP3 POS = 25821 / [Enc] Position of the coalignment Tip adj.
HIERARCH ESO INS CLTP4 ENC = 21693 / [Enc] Absolute position of the L&M CUL tip
HIERARCH ESO INS CLTP4 POS = 21693 / [Enc] Position of the coalignment Tip adj.
HIERARCH ESO INS CLTT1 ENC = 40967 / [Enc] Absolute position of the L&M coalignm
HIERARCH ESO INS CLTT1 POS = 40967 / [Enc] Position of the coalignment Tilt adj.
HIERARCH ESO INS CLTT2 ENC = 31040 / [Enc] Absolute position of the L&M coalignm
HIERARCH ESO INS CLTT2 POS = 31040 / [Enc] Position of the coalignment Tilt adj.
HIERARCH ESO INS CLTT3 ENC = 28255 / [Enc] Absolute position of the L&M coalignm
HIERARCH ESO INS CLTT3 POS = 28255 / [Enc] Position of the coalignment Tilt adj.
HIERARCH ESO INS CLTT4 ENC = 34608 / [Enc] Absolute position of the L&M coalignm
HIERARCH ESO INS CLTT4 POS = 34608 / [Enc] Position of the coalignment Tilt adj.
HIERARCH ESO INS CNLX1 ENC = 22087 / [Enc] Absolute position of the N CUN latera
HIERARCH ESO INS CNLX1 POS = 22087 / [Enc] Position of the N CUN lateral X adj.
HIERARCH ESO INS CNLX2 ENC = 38097 / [Enc] Absolute position of the N CUN latera
HIERARCH ESO INS CNLX2 POS = 38097 / [Enc] Position of the N CUN lateral X adj.
HIERARCH ESO INS CNLX3 ENC = 33572 / [Enc] Absolute position of the N CUN latera
HIERARCH ESO INS CNLX3 POS = 33572 / [Enc] Position of the N CUN lateral X adj.
HIERARCH ESO INS CNLX4 ENC = 26235 / [Enc] Absolute position of the N CUN latera
HIERARCH ESO INS CNLX4 POS = 26235 / [Enc] Position of the N CUN lateral X adj.
HIERARCH ESO INS CNLY1 ENC = 40499 / [Enc] Absolute position of the N CUN latera
HIERARCH ESO INS CNLY1 POS = 40499 / [Enc] Position of the N CUN lateral Y adj.
HIERARCH ESO INS CNLY2 ENC = 30041 / [Enc] Absolute position of the N CUN latera
HIERARCH ESO INS CNLY2 POS = 30041 / [Enc] Position of the N CUN lateral Y adj.
HIERARCH ESO INS CNLY3 ENC = 19113 / [Enc] Absolute position of the N CUN latera
HIERARCH ESO INS CNLY3 POS = 19113 / [Enc] Position of the N CUN lateral Y adj.
HIERARCH ESO INS CNLY4 ENC = 20575 / [Enc] Absolute position of the N CUN latera
HIERARCH ESO INS CNLY4 POS = 20575 / [Enc] Position of the N CUN lateral Y adj.
HIERARCH ESO INS CNTP1 ENC = 33501 / [Enc] Absolute position of the N CUN tip ad
HIERARCH ESO INS CNTP1 POS = 33501 / [Enc] Position of the N CUN tip adj. Device
HIERARCH ESO INS CNTP2 ENC = 34239 / [Enc] Absolute position of the N CUN tip ad
HIERARCH ESO INS CNTP2 POS = 34239 / [Enc] Position of the N CUN tip adj. Device
HIERARCH ESO INS CNTP3 ENC = 33691 / [Enc] Absolute position of the N CUN tip ad
HIERARCH ESO INS CNTP3 POS = 33691 / [Enc] Position of the N CUN tip adj. Device
HIERARCH ESO INS CNTP4 ENC = 36321 / [Enc] Absolute position of the N CUN tip ad
HIERARCH ESO INS CNTP4 POS = 36321 / [Enc] Position of the N CUN tip adj. Device
HIERARCH ESO INS CNTT1 ENC = 33951 / [Enc] Absolute position of the N CUN tilt a
HIERARCH ESO INS CNTT1 POS = 33951 / [Enc] Position of the CUN tilt adj. device.
HIERARCH ESO INS CNTT2 ENC = 38493 / [Enc] Absolute position of the N CUN tilt a
HIERARCH ESO INS CNTT2 POS = 38493 / [Enc] Position of the CUN tilt adj. device.
HIERARCH ESO INS CNTT3 ENC = 34100 / [Enc] Absolute position of the N CUN tilt a
HIERARCH ESO INS CNTT3 POS = 34100 / [Enc] Position of the CUN tilt adj. device.
HIERARCH ESO INS CNTT4 ENC = 41051 / [Enc] Absolute position of the N CUN tilt a
HIERARCH ESO INS CNTT4 POS = 41051 / [Enc] Position of the CUN tilt adj. device.
HIERARCH ESO INS CPL1 ENC = 36255 / [Enc] Absolute position of the L&M CPL devic
HIERARCH ESO INS CPL1 POS = 36255 / [Enc] Position of the L&M CPL device.
HIERARCH ESO INS CPL2 ENC = 38443 / [Enc] Absolute position of the L&M CPL devic
HIERARCH ESO INS CPL2 POS = 38443 / [Enc] Position of the L&M CPL device.
HIERARCH ESO INS CPL3 ENC = 21277 / [Enc] Absolute position of the L&M CPL devic
HIERARCH ESO INS CPL3 POS = 21277 / [Enc] Position of the L&M CPL device.
HIERARCH ESO INS CPL4 ENC = 20258 / [Enc] Absolute position of the L&M CPL devic
HIERARCH ESO INS CPL4 POS = 20258 / [Enc] Position of the L&M CPL device.
HIERARCH ESO INS CPN1 ENC = 48203 / [Enc] Absolute position of the N CPN device.
HIERARCH ESO INS CPN1 POS = 48203 / [Enc] Position of the N CPN device.
HIERARCH ESO INS CPN2 ENC = 31152 / [Enc] Absolute position of the N CPN device.
HIERARCH ESO INS CPN2 POS = 31152 / [Enc] Position of the N CPN device.
HIERARCH ESO INS CPN3 ENC = 21150 / [Enc] Absolute position of the N CPN device.
HIERARCH ESO INS CPN3 POS = 21150 / [Enc] Position of the N CPN device.
HIERARCH ESO INS CPN4 ENC = 26634 / [Enc] Absolute position of the N CPN device.
HIERARCH ESO INS CPN4 POS = 26634 / [Enc] Position of the N CPN device.
HIERARCH ESO INS DATE = '2018-01-01' / Instrument release date (yyyy-mm-dd).
HIERARCH ESO INS DIAPH ENC = 4003 / [Enc] Absolute position of the diaphragm uni
HIERARCH ESO INS DIAPH POS = 28.10 / [mm] Absolute position of the diaphragm uni
HIERARCH ESO INS DID1 = 'MATISSE_ICS-395704' / Data dictionary for INS.
HIERARCH ESO INS DID2 = 'PRIMARY-FITS-1.2' / Data dictionary for INS.
HIERARCH ESO INS DIL ENC = -965492 / [Enc] L&M DIL wheel absolute position.
HIERARCH ESO INS DIL ID = 'LOW' / L&M DIL  unique id.
HIERARCH ESO INS DIL NAME = 'LOW' / L&M DIL name.
HIERARCH ESO INS DIL NO = 6 / L&M DIL wheel position index.
HIERARCH ESO INS DIN ENC = -953506 / [Enc] N DIL wheel absolute position.
HIERARCH ESO INS DIN ID = 'LOW' / N DIL unique id.
HIERARCH ESO INS DIN NAME = 'LOW' / N DIL name.
HIERARCH ESO INS DIN NO = 6 / N DIL wheel position index.
HIERARCH ESO INS FFD ENC = 4800 / [Enc] Component absolute position.
HIERARCH ESO INS FFD ID = 'PUP20' / FFD unique ID.
HIERARCH ESO INS FFD NAME = 'PUP20' / FFD name.
HIERARCH ESO INS FFD NO = 1 / Flat Field Device slot number.
HIERARCH ESO INS FFD TYPE = 'MASK' / FFD element type.
HIERARCH ESO INS FFDC ID = 'ffdc' / Flat Field Device ID.
HIERARCH ESO INS FFDC INTPOWER = 0.000000 / Flat Field Device intensity in perce
HIERARCH ESO INS FFDC NAME = 'FFD control' / Flat Field Device name.
HIERARCH ESO INS FFDC ST = F / Flat Field Device activated.
HIERARCH ESO INS FFDC STAT = 'OFF' / Flat Field Device position.
HIERARCH ESO INS FFDC SWSIM = T / If T, Flat Field Device is software simulated.
HIERARCH ESO INS FIL ENC = -995958 / [Enc] L&M FIL wheel absolute position.
HIERARCH ESO INS FIL ID = 'LM' / L&M FIL unique id.
HIERARCH ESO INS FIL NAME = 'LM' / L&M FIL name.
HIERARCH ESO INS FIL NO = 2 / L&M FIL wheel position index.
HIERARCH ESO INS FIN ENC = -514991 / [Enc] N FIN wheel absolute position.
HIERARCH ESO INS FIN ID = 'OPEN' / N FIN unique id.
HIERARCH ESO INS FIN NAME = 'OPEN' / N FIN name.
HIERARCH ESO INS FIN NO = 1 / Filter wheel position index.
HIERARCH ESO INS ID = 'MATISSE/176642' / Instrument ID.
HIERARCH ESO INS MODE = 'HYBRID' / Instrument mode used.
HIERARCH ESO INS OML1 PERIOD = 1.040 / [sec] Timer output period of the L&M OPD
HIERARCH ESO INS OML1 ST = T / Start or stop the L&M OPD modulation.
HIERARCH ESO INS OML1 START = '2024-10-29T23:43:43.25' / Start UTC time of the L
HIERARCH ESO INS OML1 VOLT = 3.096619 / Move the L&M OML piezo manually in volt
HIERARCH ESO INS OML2 PERIOD = 1.040 / [sec] Timer output period of the L&M OPD
HIERARCH ESO INS OML2 ST = T / Start or stop the L&M OPD modulation.
HIERARCH ESO INS OML2 START = '2024-10-29T23:43:43.25' / Start UTC time of the L
HIERARCH ESO INS OML2 VOLT = 3.722229 / Move the L&M OML piezo manually in volt
HIERARCH ESO INS OML3 PERIOD = 1.040 / [sec] Timer output period of the L&M OPD
HIERARCH ESO INS OML3 ST = T / Start or stop the L&M OPD modulation.
HIERARCH ESO INS OML3 START = '2024-10-29T23:43:43.25' / Start UTC time of the L
HIERARCH ESO INS OML3 VOLT = 4.769592 / Move the L&M OML piezo manually in volt
HIERARCH ESO INS OML4 PERIOD = 1.040 / [sec] Timer output period of the L&M OPD
HIERARCH ESO INS OML4 ST = T / Start or stop the L&M OPD modulation.
HIERARCH ESO INS OML4 START = '2024-10-29T23:43:43.25' / Start UTC time of the L
HIERARCH ESO INS OML4 VOLT = 5.043945 / Move the L&M OML piezo manually in volt
HIERARCH ESO INS OMN1 PERIOD = 0.026 / [sec] Timer output period of the L&M OPD
HIERARCH ESO INS OMN1 ST = F / Start or stop the N OPD modulation.
HIERARCH ESO INS OMN1 START = '2024-10-29T23:43:43.00' / Start UTC time of the N
HIERARCH ESO INS OMN1 VOLT = 4.788513 / Move the N OMN piezo manually in volt un
HIERARCH ESO INS OMN2 PERIOD = 0.026 / [sec] Timer output period of the L&M OPD
HIERARCH ESO INS OMN2 ST = F / Start or stop the N OPD modulation.
HIERARCH ESO INS OMN2 START = '2024-10-29T23:43:43.00' / Start UTC time of the N
HIERARCH ESO INS OMN2 VOLT = 4.837341 / Move the N OMN piezo manually in volt un
HIERARCH ESO INS OMN3 PERIOD = 0.026 / [sec] Timer output period of the L&M OPD
HIERARCH ESO INS OMN3 ST = F / Start or stop the N OPD modulation.
HIERARCH ESO INS OMN3 START = '2024-10-29T23:43:43.00' / Start UTC time of the N
HIERARCH ESO INS OMN3 VOLT = 4.890442 / Move the N OMN piezo manually in volt un
HIERARCH ESO INS OMN4 PERIOD = 0.026 / [sec] Timer output period of the L&M OPD
HIERARCH ESO INS OMN4 ST = F / Start or stop the N OPD modulation.
HIERARCH ESO INS OMN4 START = '2024-10-29T23:43:43.00' / Start UTC time of the N
HIERARCH ESO INS OMN4 VOLT = 4.864502 / Move the N OMN piezo manually in volt un
HIERARCH ESO INS PIL ENC = 0 / [Enc] Component absolute position.
HIERARCH ESO INS PIL ID = 'PHOTO' / PIL unique ID.
HIERARCH ESO INS PIL NAME = 'PHOTO' / PIL name.
HIERARCH ESO INS PIL NO = 1 / PIL slot number.
HIERARCH ESO INS PIL TYPE = 'NA' / OPIL element type.
HIERARCH ESO INS PIN ENC = 232001 / [Enc] Component absolute position.
HIERARCH ESO INS PIN ID = 'INTER' / PIN unique ID.
HIERARCH ESO INS PIN NAME = 'INTER' / PIN name.
HIERARCH ESO INS PIN NO = 2 / PIN slot number.
HIERARCH ESO INS PIN TYPE = 'NA' / PIN element type.
HIERARCH ESO INS POL ENC = -12000 / L&M POL wheel absolute position [Enc].
HIERARCH ESO INS POL ID = 'OPEN' / L&M POL unique id.
HIERARCH ESO INS POL NAME = 'OPEN' / L&M POL name.
HIERARCH ESO INS POL NO = 1 / L&M POL wheel position index.
HIERARCH ESO INS POL SWSIM = T / If T, L&M POL is software simulated.
HIERARCH ESO INS PON ENC = -19989 / N PON wheel absolute position [Enc].
HIERARCH ESO INS PON ID = 'OPEN' / N PON unique id.
HIERARCH ESO INS PON NAME = 'OPEN' / N PON name.
HIERARCH ESO INS PON NO = 1 / Filter wheel position index.
HIERARCH ESO INS SENS1 STAT = 128 / Prevacuum Pressure Gauge Status.
HIERARCH ESO INS SENS10 VAL = 90.51 / [K] 80K radiation shield top Value.
HIERARCH ESO INS SENS100 STAT = 8228 / Turbo Molecular Pump Status.
HIERARCH ESO INS SENS101 STAT = 8708 / Vacuum Insulating Valve Status.
HIERARCH ESO INS SENS102 STAT = 8196 / Re-pressuration Valve Status.
HIERARCH ESO INS SENS103 STAT = F / LN2 tank level exceeded alarm.
HIERARCH ESO INS SENS104 STAT = F / Pressure in Prevacuum line is OK.
HIERARCH ESO INS SENS105 STAT = F / Turbo Molecular pump running nominal.
HIERARCH ESO INS SENS106 STAT = F / Dry Nitrogen line is connected.
HIERARCH ESO INS SENS107 STAT = T / Cabinet cooling flow rate OK.
HIERARCH ESO INS SENS108 STAT = 8192 / COB Warmup Heater Status.
HIERARCH ESO INS SENS109 STAT = 8192 / LN2 Vessel Warmup Heater Status.
HIERARCH ESO INS SENS11 STAT = 1 / 80K radiation shield bot Status.
HIERARCH ESO INS SENS110 STAT = 8192 / Sorption Pump Heater Status.
HIERARCH ESO INS SENS111 STAT = 99 / Pulsetube Compressor Status.
HIERARCH ESO INS SENS112 STAT = 128 / Voltage Monitoring - COB Heater alarm.
HIERARCH ESO INS SENS113 STAT = 128 / Current Monitoring - COB Heater alarm.
HIERARCH ESO INS SENS114 STAT = 128 / Voltage Monitoring - LN2 Vessel Heater ala
HIERARCH ESO INS SENS115 STAT = 128 / Current Monitoring - LN2 Vessel Heater .
HIERARCH ESO INS SENS116 STAT = 128 / Prevacuum Pressure Gauge Status.
HIERARCH ESO INS SENS117 VAL = 9.17E+00 / [mbar] Prevacuum Pressure Gauge Value.
HIERARCH ESO INS SENS118 STAT = 65 / Cryostat Pressure Gauge 1 Status.
HIERARCH ESO INS SENS119 VAL = 2.76E-07 / [mbar] Cryostat Pressure Gauge 1 Value
HIERARCH ESO INS SENS12 VAL = 82.35 / [K] 80K radiation shield bot Value.
HIERARCH ESO INS SENS120 STAT = 1 / Cryostat Pressure Gauge 2 Status.
HIERARCH ESO INS SENS121 VAL = 2.48E-07 / [mbar] Cryostat Pressure Gauge 2 Value
HIERARCH ESO INS SENS122 STAT = 128 / Turbomolecular pump speed Status.
HIERARCH ESO INS SENS123 VAL = 0.00 / [rpm] Turbomolecular pump speed Value.
HIERARCH ESO INS SENS124 STAT = 1 / 80K radiation shield top Status.
HIERARCH ESO INS SENS125 VAL = 91.44 / [K] 80K radiation shield top Value.
HIERARCH ESO INS SENS126 STAT = 1 / 80K radiation shield bot Status.
HIERARCH ESO INS SENS127 VAL = 80.88 / [K] 80K radiation shield bot Value.
HIERARCH ESO INS SENS128 STAT = 1 / spatial filter actuator Status.
HIERARCH ESO INS SENS129 VAL = 30.19 / [K] spatial filter actuator Value.
HIERARCH ESO INS SENS13 STAT = 1 / spatial filter actuator Status.
HIERARCH ESO INS SENS130 STAT = 1 / backbone, near cold head Status.
HIERARCH ESO INS SENS131 VAL = 29.92 / [K] backbone, near cold head Value.
HIERARCH ESO INS SENS132 STAT = 1 / wheel box actuator Status.
HIERARCH ESO INS SENS133 VAL = 31.15 / [K] wheel box actuator Value.
HIERARCH ESO INS SENS134 STAT = 1 / camera ZnSe lens Status.
HIERARCH ESO INS SENS135 VAL = 30.38 / [K] camera ZnSe lens Value.
HIERARCH ESO INS SENS136 STAT = '1' / camera ZnSe lens (redundant) Status
HIERARCH ESO INS SENS137 VAL = 30.38 / [K] camera ZnSe lens (redundant) Value.
HIERARCH ESO INS SENS138 STAT = 1 / BSB - near photo/interferometric act. Status
HIERARCH ESO INS SENS139 VAL = 31.22 / [K] BSB - near photo/interferometric act.
HIERARCH ESO INS SENS14 VAL = 30.96 / [K] spatial filter actuator Value.
HIERARCH ESO INS SENS140 STAT = 1 / Detector operation temperature Status.
HIERARCH ESO INS SENS141 VAL = 8.000 / [K] Detector operation temperature Value.
HIERARCH ESO INS SENS142 STAT = 1 / Detector warmup heater sensor Status.
HIERARCH ESO INS SENS143 VAL = 3.63 / [K] Detector warmup heater sensor Value.
HIERARCH ESO INS SENS144 STAT = 1 / Sorption pump temperature Status.
HIERARCH ESO INS SENS145 VAL = 84.16 / [K] Sorption pump temperature Value.
HIERARCH ESO INS SENS146 STAT = 1 / Ambient temperature Status.
HIERARCH ESO INS SENS147 VAL = 17.23 / [C] Ambient temperature Value.
HIERARCH ESO INS SENS148 STAT = 1 / Cabinet inside top temperature Status.
HIERARCH ESO INS SENS149 VAL = 18.50 / [C] Cabinet inside top temperature Value.
HIERARCH ESO INS SENS15 STAT = 1 / backbone, near cold head Status.
HIERARCH ESO INS SENS150 STAT = 1 / Cabinet inside bottom temperature Status.
HIERARCH ESO INS SENS151 VAL = 16.01 / [C] Cabinet inside bottom temperature Val
HIERARCH ESO INS SENS152 STAT = 1 / PLC unit temperature Status.
HIERARCH ESO INS SENS153 VAL = 20.06 / [C] PLC unit temperature Value.
HIERARCH ESO INS SENS154 STAT = 1 / Warmup heater unit temperature Status.
HIERARCH ESO INS SENS155 VAL = 18.00 / [C] Warmup heater unit temperature Value.
HIERARCH ESO INS SENS156 STAT = 1 / Cabinet coolant supply temperature Status.
HIERARCH ESO INS SENS157 VAL = 7.99 / [C] Cabinet coolant supply temperature Val
HIERARCH ESO INS SENS158 STAT = 1 / Cabinet coolant return temperature Status.
HIERARCH ESO INS SENS159 VAL = 9.36 / [C] Cabinet coolant return temperature Val
HIERARCH ESO INS SENS16 VAL = 30.59 / [K] backbone, near cold head Value.
HIERARCH ESO INS SENS160 VAL = 52.51 / [%] Cabinet cooling valve commanded posit
HIERARCH ESO INS SENS161 STAT = 515 / LN2 tank level detection - empty Status.
HIERARCH ESO INS SENS162 VAL = 75.42 / [%] LN2 tank level detection - empty Valu
HIERARCH ESO INS SENS163 STAT = F / LM-band cryostat - CAS alarm active.
HIERARCH ESO INS SENS164 STAT = F / LM-band cryostat - collective alarm active.
HIERARCH ESO INS SENS165 STAT = F / Evacuation Sequence alarm.
HIERARCH ESO INS SENS166 STAT = F / SP regeneration Sequence alarm.
HIERARCH ESO INS SENS167 STAT = F / cooldown sequence alarm.
HIERARCH ESO INS SENS168 STAT = F / warmup sequence alarm.
HIERARCH ESO INS SENS169 STAT = F / Cabinet Coolant Flow low alarm.
HIERARCH ESO INS SENS17 STAT = 1 / wheel box actuator Status.
HIERARCH ESO INS SENS170 STAT = F / He-compressor coolant flow low alarm.
HIERARCH ESO INS SENS171 STAT = F / He-compressor cabinet temperature alarm.
HIERARCH ESO INS SENS172 STAT = F / PSU Vacuum System alarm.
HIERARCH ESO INS SENS173 STAT = F / Roughing Pump alarm.
HIERARCH ESO INS SENS174 STAT = F / Turbomolecular Pump alarm.
HIERARCH ESO INS SENS175 STAT = F / Vacuum Insulating Valve alarm.
HIERARCH ESO INS SENS176 STAT = F / Re-PressurizationValve alarm.
HIERARCH ESO INS SENS177 STAT = F / PSU Warm-Up Heaters alarm.
HIERARCH ESO INS SENS178 STAT = F / Cold Bench Heater alarm.
HIERARCH ESO INS SENS179 STAT = F / LN2 Vessel Heater alarm.
HIERARCH ESO INS SENS18 VAL = 31.67 / [K] wheel box actuator Value.
HIERARCH ESO INS SENS180 STAT = F / Sorption Pump Heater alarm.
HIERARCH ESO INS SENS181 STAT = F / Detector Warm-Up Heater alarm.
HIERARCH ESO INS SENS182 STAT = F / Detector control heater alarm.
HIERARCH ESO INS SENS183 STAT = F / Detector preamplifier heater alarm.
HIERARCH ESO INS SENS184 STAT = F / Pulsetube Cooler alarm.
HIERARCH ESO INS SENS185 STAT = 3 / Operation mode.
HIERARCH ESO INS SENS186 STAT = 1 / Evacuation sequence step.
HIERARCH ESO INS SENS187 STAT = 1 / SP regeneration sequence step.
HIERARCH ESO INS SENS188 STAT = 1 / Warm-up sequence step.
HIERARCH ESO INS SENS189 VAL = 0.00 / [%] percentage the DW heater is running.
HIERARCH ESO INS SENS19 STAT = 1 / camera ZnSe lens Status.
HIERARCH ESO INS SENS190 VAL = 0.00 / [%] percentage the COB heater is running.
HIERARCH ESO INS SENS191 VAL = 0.00 / [%] percentage the LN heater is running.
HIERARCH ESO INS SENS192 VAL = 35.70 / [%] percentage the DET heater is running.
HIERARCH ESO INS SENS193 STAT = 1 / current range of the DET heater.
HIERARCH ESO INS SENS194 STAT = F / Evacuation sequence.
HIERARCH ESO INS SENS195 STAT = F / SP regeneration sequence.
HIERARCH ESO INS SENS196 STAT = F / Warmup sequence.
HIERARCH ESO INS SENS197 STAT = F / Cryostat is warm.
HIERARCH ESO INS SENS198 STAT = F / Cryostat is cold.
HIERARCH ESO INS SENS199 STAT = F / Cryostat T >= Warmup setpoint.
HIERARCH ESO INS SENS2 VAL = 7.34E+01 / [mbar] Prevacuum Pressure Gauge Value.
HIERARCH ESO INS SENS20 VAL = 31.19 / [K] camera ZnSe lens Value.
HIERARCH ESO INS SENS200 STAT = F / Sorption Pump reached reg. temp T >= Reg. SP
HIERARCH ESO INS SENS201 STAT = F / RMC motor control interlock.
HIERARCH ESO INS SENS202 STAT = F / Cryostat pressure is atmospheric >= 7.0E2mba
HIERARCH ESO INS SENS203 STAT = F / Cryostat pressure is <= 1 mbar.
HIERARCH ESO INS SENS204 STAT = F / Cryostat pressure is <= 1E-2 mbar.
HIERARCH ESO INS SENS205 STAT = F / Cryostat pressure is <= 1E-3 mbar.
HIERARCH ESO INS SENS206 STAT = F / Pressure Gauge VG2 is active.
HIERARCH ESO INS SENS207 STAT = F / Pressure Gauge VG3 is active.
HIERARCH ESO INS SENS208 STAT = F / PSU Vacuum System Pump on/off.
HIERARCH ESO INS SENS209 STAT = F / PSU Heater Status on/off.
HIERARCH ESO INS SENS21 STAT = 1 / camera ZnSe lens (redundant) Status.
HIERARCH ESO INS SENS210 STAT = 8196 / Roughing Vacuum Pump Status.
HIERARCH ESO INS SENS211 STAT = 8228 / Turbo Molecular Pump Status.
HIERARCH ESO INS SENS212 STAT = 8708 / Vacuum Insulating Valve Status.
HIERARCH ESO INS SENS213 STAT = 8196 / Re-pressuration Valve Status.
HIERARCH ESO INS SENS214 STAT = F / LN2 tank level exceeded alarm.
HIERARCH ESO INS SENS215 STAT = F / Pressure in Prevacuum line is OK.
HIERARCH ESO INS SENS216 STAT = F / Turbo Molecular pump running nominal.
HIERARCH ESO INS SENS217 STAT = F / Dry Nitrogen line is connected.
HIERARCH ESO INS SENS218 STAT = T / Cabinet cooling flow rate OK.
HIERARCH ESO INS SENS219 STAT = 8192 / COB Warmup Heater Status.
HIERARCH ESO INS SENS22 VAL = 31.23 / [K] camera ZnSe lens (redundant) Value.
HIERARCH ESO INS SENS220 STAT = 8192 / LN2 Vessel Warmup Heater Status.
HIERARCH ESO INS SENS221 STAT = 8192 / Sorption Pump Heater Status.
HIERARCH ESO INS SENS222 STAT = 99 / Pulsetube Compressor Status.
HIERARCH ESO INS SENS223 STAT = 128 / Voltage Monitoring - COB Heater alarm.
HIERARCH ESO INS SENS224 STAT = 128 / Current Monitoring - COB Heater alarm.
HIERARCH ESO INS SENS225 STAT = 128 / Voltage Monitoring - LN2 Vessel Heater ala
HIERARCH ESO INS SENS226 STAT = 128 / Current Monitoring - LN2 Vessel Heater.
HIERARCH ESO INS SENS227 STAT = T / Cabinet Coolant Flow Switch OK.
HIERARCH ESO INS SENS228 STAT = T / Flow rate NGC L OK.
HIERARCH ESO INS SENS229 STAT = T / Flow rate NGC N OK.
HIERARCH ESO INS SENS23 STAT = 1 / BSB - near photo/interferometric act. Status.
HIERARCH ESO INS SENS230 STAT = T / Flow rate IR Lamp OK.
HIERARCH ESO INS SENS231 STAT = F / WOP - CAS alarm active.
HIERARCH ESO INS SENS232 STAT = F / WOP - collective alarm active.
HIERARCH ESO INS SENS233 STAT = F / Cabinet Coolant Flow Low Alarm.
HIERARCH ESO INS SENS234 STAT = F / Flow rate NGC L Low Alarm.
HIERARCH ESO INS SENS235 STAT = F / Flow rate NGC N Low Alarm.
HIERARCH ESO INS SENS236 STAT = F / Flow rate IR Lamp Low Alarm.
HIERARCH ESO INS SENS237 STAT = 4 / PSU Cabinet Equipement Status.
HIERARCH ESO INS SENS238 STAT = 8200 / Laser Module Status.
HIERARCH ESO INS SENS239 STAT = 1 / SOS Ambient temperature Status.
HIERARCH ESO INS SENS24 VAL = 31.73 / [K] BSB - near photo/interferometric act.
HIERARCH ESO INS SENS240 VAL = 14.62 / [C] SOS Ambient temperature Value.
HIERARCH ESO INS SENS241 STAT = 1 / CPL Ambient temperature Status.
HIERARCH ESO INS SENS242 VAL = 14.62 / [C] CPL Ambient temperature Value.
HIERARCH ESO INS SENS243 STAT = 1 / CPN Ambient temperature Status.
HIERARCH ESO INS SENS244 VAL = 14.45 / [C] CPN Ambient temperature Value.
HIERARCH ESO INS SENS245 STAT = 1 / ARC Ambient temperature Status.
HIERARCH ESO INS SENS246 VAL = 13.54 / [C] ARC Ambient temperature Value.
HIERARCH ESO INS SENS247 STAT = 1 / ARC FFD temperature Status.
HIERARCH ESO INS SENS248 VAL = 16.48 / [C] ARC FFD temperature Value.
HIERARCH ESO INS SENS249 STAT = 65 / ARC box temperature Status.
HIERARCH ESO INS SENS25 STAT = 1 / Detector operation temperature Status.
HIERARCH ESO INS SENS250 VAL = 8.11 / [C] ARC box temperature Value.
HIERARCH ESO INS SENS251 STAT = 1 / ARC screen temperature Status.
HIERARCH ESO INS SENS252 VAL = 8.06 / [C] ARC screen temperature Value.
HIERARCH ESO INS SENS253 STAT = 1 / Coolant supply temperature Status.
HIERARCH ESO INS SENS254 VAL = 7.47 / [C] Coolant temperature Value.
HIERARCH ESO INS SENS255 STAT = 1 / Coolant return temperature Status.
HIERARCH ESO INS SENS256 VAL = 8.16 / [C] Coolant return temperature Value.
HIERARCH ESO INS SENS257 STAT = 1 / Cabinet ambient temperature Status.
HIERARCH ESO INS SENS258 VAL = 17.82 / [C] Cabinet ambient temperature Value.
HIERARCH ESO INS SENS259 STAT = 1 / Cabinet inside top temperature Status.
HIERARCH ESO INS SENS26 VAL = 39.996 / [K] Detector operation temperature Value.
HIERARCH ESO INS SENS260 VAL = 19.70 / [C] Cabinet inside top temperature Value.
HIERARCH ESO INS SENS261 STAT = 1 / Cabinet inside bottom temperature Status.
HIERARCH ESO INS SENS262 VAL = 15.91 / [C] Cabinet inside bottom temperature Val
HIERARCH ESO INS SENS263 STAT = 1 / PLC temperature Status.
HIERARCH ESO INS SENS264 VAL = 21.34 / [C] PLC temperature Value.
HIERARCH ESO INS SENS265 STAT = 1 / Cabinet Coolant Supply temperature Status.
HIERARCH ESO INS SENS266 VAL = 7.98 / [C] Cabinet Coolant Supply temperature Val
HIERARCH ESO INS SENS267 STAT = 1 / Cabinet Coolant Return temperature Status.
HIERARCH ESO INS SENS268 VAL = 10.74 / [C] Cabinet Coolant Return temperature Va
HIERARCH ESO INS SENS269 STAT = 1 / Motion Control Unit 1 temperature Status.
HIERARCH ESO INS SENS27 STAT = 1 / Detector preamp temperature (H2RG only) Statu
HIERARCH ESO INS SENS270 VAL = 21.78 / [C] Motion Control Unit 1 temperature Val
HIERARCH ESO INS SENS271 STAT = 1 / Motion Control Unit 2 temperature Status.
HIERARCH ESO INS SENS272 VAL = 22.34 / [C] Motion Control Unit 2 temperature Val
HIERARCH ESO INS SENS273 STAT = 1 / Motion Control Unit 3 temperature Status.
HIERARCH ESO INS SENS274 VAL = 21.10 / [C] Motion Control Unit 3 temperature Val
HIERARCH ESO INS SENS275 STAT = 1 / Motion Control Unit 4 temperature Status.
HIERARCH ESO INS SENS276 VAL = 21.70 / [C] Motion Control Unit 4 temperature Val
HIERARCH ESO INS SENS277 STAT = 1 / SCP1 supply temperature Status.
HIERARCH ESO INS SENS278 VAL = 6.68 / [C] SCP1 supply temperature Value.
HIERARCH ESO INS SENS279 STAT = 1 / SCP1 return temperature Status.
HIERARCH ESO INS SENS28 VAL = 74.578 / [K] Detector preamp temperature (H2RG onl
HIERARCH ESO INS SENS280 VAL = 19.62 / [C] SCP1 return temperature Value.
HIERARCH ESO INS SENS281 STAT = 1 / SCP2 supply temperature Status.
HIERARCH ESO INS SENS282 VAL = 7.70 / [C] SCP2 supply temperature Value.
HIERARCH ESO INS SENS283 STAT = 1 / SCP2 return temperature Status.
HIERARCH ESO INS SENS284 VAL = 10.08 / [C] SCP2 return temperature Value.
HIERARCH ESO INS SENS285 VAL = 53.55 / [%] Cabinet cooling valve commanded posit
HIERARCH ESO INS SENS286 STAT = 4 / IR Lamp housing cooling valve Status.
HIERARCH ESO INS SENS287 VAL = 0.00 / [%] IR Lamp housing cooling valve commande
HIERARCH ESO INS SENS288 VAL = 0.00 / [%] FFDC PID Loop manipulated variable.
HIERARCH ESO INS SENS29 STAT = 1 / Detector warmup heater sensor Status.
HIERARCH ESO INS SENS3 STAT = 65 / Cryostat Pressure Gauge 1 Status.
HIERARCH ESO INS SENS30 VAL = 3.83 / [K] Detector warmup heater sensor Value.
HIERARCH ESO INS SENS31 STAT = 1 / Sorption pump temperature Status.
HIERARCH ESO INS SENS32 VAL = 83.73 / [K] Sorption pump temperature Value.
HIERARCH ESO INS SENS33 STAT = 1 / Ambient temperature Status.
HIERARCH ESO INS SENS34 VAL = 17.55 / [C] Ambient temperature Value.
HIERARCH ESO INS SENS35 STAT = 1 / Cabinet inside top temperature Status.
HIERARCH ESO INS SENS36 VAL = 18.75 / [C] Cabinet inside top temperature Value.
HIERARCH ESO INS SENS37 STAT = 1 / Cabinet inside bottom temperature Status.
HIERARCH ESO INS SENS38 VAL = 16.72 / [C] Cabinet inside bottom temperature Valu
HIERARCH ESO INS SENS39 STAT = 1 / PLC unit temperature Status.
HIERARCH ESO INS SENS4 VAL = 9.16E-08 / [mbar] Cryostat Pressure Gauge 1 Value.
HIERARCH ESO INS SENS40 VAL = 19.82 / [C] PLC unit temperature Value.
HIERARCH ESO INS SENS41 STAT = 1 / Warmup heater unit temperature Status.
HIERARCH ESO INS SENS42 VAL = 18.90 / [C] Warmup heater unit temperature Value.
HIERARCH ESO INS SENS43 STAT = 1 / Cabinet coolant supply temperature Status.
HIERARCH ESO INS SENS44 VAL = 8.13 / [C] Cabinet coolant supply temperature Valu
HIERARCH ESO INS SENS45 STAT = 1 / Cabinet coolant return temperature Status.
HIERARCH ESO INS SENS46 VAL = 8.62 / [C] Cabinet coolant return temperature Valu
HIERARCH ESO INS SENS47 VAL = 42.13 / [%] Cabinet cooling valve commanded positi
HIERARCH ESO INS SENS48 STAT = 515 / LN2 tank level detection - empty Status.
HIERARCH ESO INS SENS49 VAL = 75.72 / [%] LN2 tank level detection - empty Value
HIERARCH ESO INS SENS5 STAT = 1 / Cryostat Pressure Gauge 2 Status.
HIERARCH ESO INS SENS50 STAT = F / LM-band cryostat - CAS alarm active.
HIERARCH ESO INS SENS51 STAT = F / LM-band cryostat - collective alarm active.
HIERARCH ESO INS SENS52 STAT = F / Evacuation Sequence alarm.
HIERARCH ESO INS SENS53 STAT = F / SP regeneration Sequence alarm.
HIERARCH ESO INS SENS54 STAT = F / cooldown sequence alarm.
HIERARCH ESO INS SENS55 STAT = F / warmup sequence alarm.
HIERARCH ESO INS SENS56 STAT = F / Cabinet Coolant Flow low alarm.
HIERARCH ESO INS SENS57 STAT = F / He-compressor coolant flow low alarm.
HIERARCH ESO INS SENS58 STAT = F / He-compressor cabinet temperature alarm.
HIERARCH ESO INS SENS59 STAT = F / PSU Vacuum System alarm.
HIERARCH ESO INS SENS6 VAL = 8.69E-08 / [mbar] Cryostat Pressure Gauge 2 Value.
HIERARCH ESO INS SENS60 STAT = F / Roughing Pump alarm.
HIERARCH ESO INS SENS61 STAT = F / Turbomolecular Pump alarm.
HIERARCH ESO INS SENS62 STAT = F / Vacuum Insulating Valve alarm.
HIERARCH ESO INS SENS63 STAT = F / Re-PressurizationValve alarm.
HIERARCH ESO INS SENS64 STAT = F / PSU Warm-Up Heaters alarm.
HIERARCH ESO INS SENS65 STAT = F / Cold Bench Heater alarm.
HIERARCH ESO INS SENS66 STAT = F / LN2 Vessel Heater alarm.
HIERARCH ESO INS SENS67 STAT = F / Sorption Pump Heater alarm.
HIERARCH ESO INS SENS68 STAT = F / Detector Warm-Up Heater alarm.
HIERARCH ESO INS SENS69 STAT = F / Detector control heater alarm.
HIERARCH ESO INS SENS7 STAT = 128 / Turbomolecular pump speed Status.
HIERARCH ESO INS SENS70 STAT = F / Detector preamplifier heater alarm.
HIERARCH ESO INS SENS71 STAT = F / Pulsetube Cooler alarm.
HIERARCH ESO INS SENS72 STAT = 3 / Operation mode.
HIERARCH ESO INS SENS73 STAT = 1 / Evacuation sequence step.
HIERARCH ESO INS SENS74 STAT = 1 / SP regeneration sequence step.
HIERARCH ESO INS SENS75 STAT = 1 / Warm-up sequence step.
HIERARCH ESO INS SENS76 VAL = 0.00 / [%] percentage the DW heater is running.
HIERARCH ESO INS SENS77 VAL = 0.00 / [%] percentage the COB heater is running.
HIERARCH ESO INS SENS78 VAL = 0.00 / [%] percentage the LN heater is running.
HIERARCH ESO INS SENS79 VAL = 28.80 / [%] percentage the DET heater is running.
HIERARCH ESO INS SENS8 VAL = 0.00 / [rpm] Turbomolecular pump speed Value.
HIERARCH ESO INS SENS80 STAT = 1 / Current range of the DET heater.
HIERARCH ESO INS SENS81 VAL = 0.00 / [%] percentage the DPT heater is running.
HIERARCH ESO INS SENS82 STAT = 1 / Current range of the DPT heater.
HIERARCH ESO INS SENS83 STAT = F / Evacuation sequence.
HIERARCH ESO INS SENS84 STAT = F / SP regeneration sequence.
HIERARCH ESO INS SENS85 STAT = F / Warmup sequence.
HIERARCH ESO INS SENS86 STAT = F / Cryostat is warm.
HIERARCH ESO INS SENS87 STAT = F / Cryostat is cold.
HIERARCH ESO INS SENS88 STAT = F / Cryostat T >= Warmup setpoint.
HIERARCH ESO INS SENS89 STAT = F / Sorption Pump reached reg. temp T >= Reg. SP
HIERARCH ESO INS SENS9 STAT = 1 / 80K radiation shield top Status.
HIERARCH ESO INS SENS90 STAT = F / RMC motor control interlock.
HIERARCH ESO INS SENS91 STAT = F / Cryostat pressure is atmospheric >= 7.0E2mbar
HIERARCH ESO INS SENS92 STAT = F / Cryostat pressure is <= 1 mbar.
HIERARCH ESO INS SENS93 STAT = F / Cryostat pressure is <= 1E-2 mbar.
HIERARCH ESO INS SENS94 STAT = F / Cryostat pressure is <= 1E-3 mbar.
HIERARCH ESO INS SENS95 STAT = F / Pressure Gauge VG2 is active.
HIERARCH ESO INS SENS96 STAT = F / Pressure Gauge VG3 is active.
HIERARCH ESO INS SENS97 STAT = F / PSU Vacuum System Pump on/off.
HIERARCH ESO INS SENS98 STAT = F / PSU Heater Status on/off.
HIERARCH ESO INS SENS99 STAT = 8196 / Roughing Vacuum Pump Status.
HIERARCH ESO INS SENSOR1 ID = 'sensor1' / Sensor device unique id.
HIERARCH ESO INS SENSOR1 NAME = 'Siemens PLC LM band' / Sensor device common nam
HIERARCH ESO INS SENSOR2 ID = 'sensor2' / Sensor device unique id.
HIERARCH ESO INS SENSOR2 NAME = 'Siemens PLC N band' / Sensor device common name
HIERARCH ESO INS SENSOR3 ID = 'sensor3' / Sensor device unique id.
HIERARCH ESO INS SENSOR3 NAME = 'Siemens PLC WOB' / Sensor device common name.
HIERARCH ESO INS SFL ENC = -90855 / [Enc] L&M Spatial Filter device absolute pos
HIERARCH ESO INS SFL ID = '1.50' / L&M Spatial Filter device unique ID.
HIERARCH ESO INS SFL NAME = '1.50' / L&M Spatial Filter device name.
HIERARCH ESO INS SFL NO = 7 / L&M Spatial Filter device slot number.
HIERARCH ESO INS SFL TYPE = 'NA' / L&M Spatial Filter device element type.
HIERARCH ESO INS SFN ENC = -90853 / [Enc] N SFN device absolute position.
HIERARCH ESO INS SFN ID = '2.00' / N SFN device unique ID.
HIERARCH ESO INS SFN NAME = '2.00' / N SFN device name.
HIERARCH ESO INS SFN NO = 7 / N SFN device slot number.
HIERARCH ESO INS SFN TYPE = 'NA' / N SFN device element type.
HIERARCH ESO INS SOS1 ENC = 196 / [Enc] Source Selector absolute position.
HIERARCH ESO INS SOS1 ID = 'OUT' / Source Selector unique ID.
HIERARCH ESO INS SOS1 NAME = 'OUT' / Source Selector name.
HIERARCH ESO INS SOS1 NO = 1 / Source Selector slot number.
HIERARCH ESO INS SOS1 TYPE = 'NA' / Source Selector type.
HIERARCH ESO INS SOS2 ENC = 199 / [Enc] Source Selector absolute position.
HIERARCH ESO INS SOS2 ID = 'OUT' / Source Selector unique ID.
HIERARCH ESO INS SOS2 NAME = 'OUT' / Source Selector name.
HIERARCH ESO INS SOS2 NO = 1 / Source Selector slot number.
HIERARCH ESO INS SOS2 TYPE = 'NA' / Source Selector type.
HIERARCH ESO INS SWSIM = 'NORMAL' / Software simulation.
HIERARCH ESO INS SYNC = ' ' / ICS assembly for synchronisation.
HIERARCH ESO INS TIMDL PERIOD = 1.040 / [sec] L&M Detector readout timer output
HIERARCH ESO INS TIMDL ST = T / Start or stop the L&M Detector readout timer.
HIERARCH ESO INS TIMDL START = '2024-10-29T23:43:43.25' / Start UTC for L&M Dete
HIERARCH ESO INS TIMDN PERIOD = 0.026 / [sec] Timer output period of the N Detec
HIERARCH ESO INS TIMDN ST = T / Start or stop the N Detector readout timer.
HIERARCH ESO INS TIMDN START = '2024-10-29T23:43:43.00' / Start UTC for N Detect
HIERARCH ESO ISS AIRM END = 1.663 / Airmass at end.
HIERARCH ESO ISS AIRM START = 1.666 / Airmass at start.
HIERARCH ESO ISS ALT = 36.805 / Altitude angles at start [deg].
HIERARCH ESO ISS AMBI FWHM END = 1.73 / Observatory seeing [arcsec].
HIERARCH ESO ISS AMBI FWHM START = 1.47 / Observatory seeing [arcsec].
HIERARCH ESO ISS AMBI IRSKY TEMP = -92.16 / Temperature of the IR sky, from radi
HIERARCH ESO ISS AMBI IWV END = 1.94 / Integrated Water Vapor [mm]
HIERARCH ESO ISS AMBI IWV START = 1.94 / Integrated Water Vapor [mm].
HIERARCH ESO ISS AMBI IWV30D END = 2.02 / IWV at 30deg elev [mm].
HIERARCH ESO ISS AMBI IWV30D START = 2.02 / IWV at 30deg elev [mm].
HIERARCH ESO ISS AMBI IWV30DSTD END = 0.03 / IWV at 30deg elev. [mm].
HIERARCH ESO ISS AMBI IWV30DSTD START = 0.03 / IWV at 30deg elev. [mm].
HIERARCH ESO ISS AMBI IWVSTD END = 0.01 / Integrated Water Vapor [mm].
HIERARCH ESO ISS AMBI IWVSTD START = 0.01 / Standard Deviation of Integrated Wat
HIERARCH ESO ISS AMBI LRATE = -0.0057 / Observatory ambient lapse rate [K/m].
HIERARCH ESO ISS AMBI PRES = 745.00 / Observatory ambient air pressure [hPa].
HIERARCH ESO ISS AMBI RHUM = 11.00 / Relative humidity [percentage].
HIERARCH ESO ISS AMBI TAU0 END = 0.006039 / Coherence time [seconds].
HIERARCH ESO ISS AMBI TAU0 START = 0.006039 / Coherence time [seconds].
HIERARCH ESO ISS AMBI TEMP = 14.89 / Observatory ambient temperature [C].
HIERARCH ESO ISS AMBI TEMPDEW = -15.38 / Observatory ambient dew temperature [C]
HIERARCH ESO ISS AMBI THETA0 END = 1.530000 / [arcsec] Isoplanatic angle.
HIERARCH ESO ISS AMBI THETA0 START = 1.530000 / [arcsec] Isoplanatic angle.
HIERARCH ESO ISS AMBI WINDDIR = 151.00 / Wind direction [deg].
HIERARCH ESO ISS AMBI WINDSP = 7.93 / Observatory wind speed [m/s].
HIERARCH ESO ISS ARAL IRISF NAME = 'K' / ARAL Iris filter (J,H,K)).
HIERARCH ESO ISS ARAL MIRR12 NAME = 'IN' / GRAVITY feeding optics (IN,OUT)
HIERARCH ESO ISS ARAL MIRR13 NAME = 'IN' / MATISSE feeding optics 1 (IN,OU
HIERARCH ESO ISS ARAL MIRR14 NAME = 'OUT' / PIONIER feeding optics (IN,OUT)
HIERARCH ESO ISS ARAL MIRR15 NAME = 'IN' / MATISSE feeding optics 2 (IN,OU
HIERARCH ESO ISS ARAL MIRR16 NAME = ' ' / VISITOR1 feeding optics A (FREE
HIERARCH ESO ISS ARAL MIRR17 NAME = 'ONAXIS' / VISITOR1 feeding optics B (FREE
HIERARCH ESO ISS ARAL MIRR18 NAME = ' ' / VISITOR1 feeding optics C (FREE
HIERARCH ESO ISS ARAL MIRR19 NAME = ' ' / VISITOR2 feeding optics A (MIRR
HIERARCH ESO ISS ARAL MIRR20 NAME = ' ' / VISITOR2 feeding optics B (MIRR
HIERARCH ESO ISS ARAL MIRR21 NAME = ' ' / VISITOR2 feeding optics C (MIRR
HIERARCH ESO ISS ARAL MIRR22 NAME = 'MIRR' / ARAL Iris feeding optics 1 (MIR
HIERARCH ESO ISS ARAL MIRR23 NAME = 'MIRR' / ARAL Iris feeding optics 2 (MIR
HIERARCH ESO ISS ARAL MIRR24 NAME = 'IN' / ARAL Iris feeding optics 5 (IN,
HIERARCH ESO ISS ARAL MIRR25 NAME = 'OUT' / ARAL Iris feeding optics A1 (FR
HIERARCH ESO ISS ARAL MIRR26 NAME = 'OUT' / ARAL Iris feeding optics A2 (FR
HIERARCH ESO ISS AT1 ALT ENC END = 0.642974 / ATi alt encoder expo end.
HIERARCH ESO ISS AT1 ALT ENC START = 0.641611 / ATi alt encoder expo start.
HIERARCH ESO ISS AT1 ALT TIME END = 60612.9906019 / Timestamp ISS.ATi.ALT.ENC.EN
HIERARCH ESO ISS AT1 ALT TIME START = 60612.9898843 / Timestamp ISS.ATi.ALT.ENC.
HIERARCH ESO ISS AT1 AZ ENC END = 0.354944 / ATi az encoder expo end.
HIERARCH ESO ISS AT1 AZ ENC START = 0.355961 / ATi az encoder expo start.
HIERARCH ESO ISS AT1 AZ TIME END = 60612.9906019 / Timestamp ISS.ATi.AZ.ENC.END.
HIERARCH ESO ISS AT1 AZ TIME START = 60612.9898843 / Timestamp ISS.ATi.AZ.ENC.ST
HIERARCH ESO ISS AT1 NAOMI FWPOS = 'CLEAR' / FW  Position ATi .
HIERARCH ESO ISS AT1 NAOMI RTCGAIN = -0.400000 / RTC Gain ATi [].
HIERARCH ESO ISS AT1 NAOMI RTCMODE = 14 / RTC Mode ATi.
HIERARCH ESO ISS AT1 NAOMI WFSFLUX END = 3337.394231 / WFS Flux ATi [ph/msec].
HIERARCH ESO ISS AT1 NAOMI WFSFLUX START = 3456.652462 / WFS Flux ATi [ph/msec].
HIERARCH ESO ISS AT1 NAOMI WFSFREQ = 0 / WFS Frequency ATi [Hz].
HIERARCH ESO ISS AT1 NAOMI WFSGAIN = 10 / WFS Gain ATi [].
HIERARCH ESO ISS AT1 NAOMI WFSGEOM = '6x6' / WFS Geometry [6x6 or ACQ].
HIERARCH ESO ISS AT1 NAOMI WFSRMS END = 0.105385 / WFS rms  ATi [um].
HIERARCH ESO ISS AT1 NAOMI WFSRMS START = 0.096797 / WFS rms  ATi [um].
HIERARCH ESO ISS AT1 NAOMI WFSSPOTSZ END = 2.947787 / WFS Spot size ATi [px].
HIERARCH ESO ISS AT1 NAOMI WFSSPOTSZ START = 2.758272 / WFS Spot size ATi [px].
HIERARCH ESO ISS AT2 ALT ENC END = 0.646148 / ATi alt encoder expo end.
HIERARCH ESO ISS AT2 ALT ENC START = 0.644785 / ATi alt encoder expo start.
HIERARCH ESO ISS AT2 ALT TIME END = 60612.9906019 / Timestamp ISS.ATi.ALT.ENC.EN
HIERARCH ESO ISS AT2 ALT TIME START = 60612.9898843 / Timestamp ISS.ATi.ALT.ENC.
HIERARCH ESO ISS AT2 AZ ENC END = 0.346875 / ATi az encoder expo end.
HIERARCH ESO ISS AT2 AZ ENC START = 0.347893 / ATi az encoder expo start.
HIERARCH ESO ISS AT2 AZ TIME END = 60612.9906019 / Timestamp ISS.ATi.AZ.ENC.END.
HIERARCH ESO ISS AT2 AZ TIME START = 60612.9898843 / Timestamp ISS.ATi.AZ.ENC.ST
HIERARCH ESO ISS AT2 NAOMI FWPOS = 'CLEAR' / FW  Position ATi .
HIERARCH ESO ISS AT2 NAOMI RTCGAIN = -0.400000 / RTC Gain ATi [].
HIERARCH ESO ISS AT2 NAOMI RTCMODE = 14 / RTC Mode ATi.
HIERARCH ESO ISS AT2 NAOMI WFSFLUX END = 2399.420242 / WFS Flux ATi [ph/msec].
HIERARCH ESO ISS AT2 NAOMI WFSFLUX START = 2873.990858 / WFS Flux ATi [ph/msec].
HIERARCH ESO ISS AT2 NAOMI WFSFREQ = 0 / WFS Frequency ATi [Hz].
HIERARCH ESO ISS AT2 NAOMI WFSGAIN = 10 / WFS Gain ATi [].
HIERARCH ESO ISS AT2 NAOMI WFSGEOM = '6x6' / WFS Geometry [6x6 or ACQ].
HIERARCH ESO ISS AT2 NAOMI WFSRMS END = 0.098918 / WFS rms  ATi [um].
HIERARCH ESO ISS AT2 NAOMI WFSRMS START = 0.097622 / WFS rms  ATi [um].
HIERARCH ESO ISS AT2 NAOMI WFSSPOTSZ END = 2.840105 / WFS Spot size ATi [px].
HIERARCH ESO ISS AT2 NAOMI WFSSPOTSZ START = 2.257263 / WFS Spot size ATi [px].
HIERARCH ESO ISS AT3 ALT ENC END = 0.643787 / ATi alt encoder expo end.
HIERARCH ESO ISS AT3 ALT ENC START = 0.642422 / ATi alt encoder expo start.
HIERARCH ESO ISS AT3 ALT TIME END = 60612.9906019 / Timestamp ISS.ATi.ALT.ENC.EN
HIERARCH ESO ISS AT3 ALT TIME START = 60612.9898843 / Timestamp ISS.ATi.ALT.ENC.
HIERARCH ESO ISS AT3 AZ ENC END = 0.320872 / ATi az encoder expo end.
HIERARCH ESO ISS AT3 AZ ENC START = 0.321890 / ATi az encoder expo start.
HIERARCH ESO ISS AT3 AZ TIME END = 60612.9906019 / Timestamp ISS.ATi.AZ.ENC.END.
HIERARCH ESO ISS AT3 AZ TIME START = 60612.9898843 / Timestamp ISS.ATi.AZ.ENC.ST
HIERARCH ESO ISS AT3 NAOMI FWPOS = 'CLEAR' / FW  Position ATi .
HIERARCH ESO ISS AT3 NAOMI RTCGAIN = -0.400000 / RTC Gain ATi [].
HIERARCH ESO ISS AT3 NAOMI RTCMODE = 14 / RTC Mode ATi.
HIERARCH ESO ISS AT3 NAOMI WFSFLUX END = 2369.853604 / WFS Flux ATi [ph/msec].
HIERARCH ESO ISS AT3 NAOMI WFSFLUX START = 2392.437944 / WFS Flux ATi [ph/msec].
HIERARCH ESO ISS AT3 NAOMI WFSFREQ = 0 / WFS Frequency ATi [Hz].
HIERARCH ESO ISS AT3 NAOMI WFSGAIN = 10 / WFS Gain ATi [].
HIERARCH ESO ISS AT3 NAOMI WFSGEOM = '6x6' / WFS Geometry [6x6 or ACQ].
HIERARCH ESO ISS AT3 NAOMI WFSRMS END = 0.096896 / WFS rms  ATi [um].
HIERARCH ESO ISS AT3 NAOMI WFSRMS START = 0.105143 / WFS rms  ATi [um].
HIERARCH ESO ISS AT3 NAOMI WFSSPOTSZ END = 2.718303 / WFS Spot size ATi [px].
HIERARCH ESO ISS AT3 NAOMI WFSSPOTSZ START = 2.578444 / WFS Spot size ATi [px].
HIERARCH ESO ISS AT4 ALT ENC END = 0.642245 / ATi alt encoder expo end.
HIERARCH ESO ISS AT4 ALT ENC START = 0.640879 / ATi alt encoder expo start.
HIERARCH ESO ISS AT4 ALT TIME END = 60612.9906019 / Timestamp ISS.ATi.ALT.ENC.EN
HIERARCH ESO ISS AT4 ALT TIME START = 60612.9898843 / Timestamp ISS.ATi.ALT.ENC.
HIERARCH ESO ISS AT4 AZ ENC END = 0.365546 / ATi az encoder expo end.
HIERARCH ESO ISS AT4 AZ ENC START = 0.366565 / ATi az encoder expo start.
HIERARCH ESO ISS AT4 AZ TIME END = 60612.9906019 / Timestamp ISS.ATi.AZ.ENC.END.
HIERARCH ESO ISS AT4 AZ TIME START = 60612.9898843 / Timestamp ISS.ATi.AZ.ENC.ST
HIERARCH ESO ISS AT4 NAOMI FWPOS = 'CLEAR' / FW  Position ATi .
HIERARCH ESO ISS AT4 NAOMI RTCGAIN = -0.400000 / RTC Gain ATi [].
HIERARCH ESO ISS AT4 NAOMI RTCMODE = 14 / RTC Mode ATi.
HIERARCH ESO ISS AT4 NAOMI WFSFLUX END = 2008.139327 / WFS Flux ATi [ph/msec].
HIERARCH ESO ISS AT4 NAOMI WFSFLUX START = 2243.947974 / WFS Flux ATi [ph/msec].
HIERARCH ESO ISS AT4 NAOMI WFSFREQ = 0 / WFS Frequency ATi [Hz].
HIERARCH ESO ISS AT4 NAOMI WFSGAIN = 10 / WFS Gain ATi [].
HIERARCH ESO ISS AT4 NAOMI WFSGEOM = '6x6' / WFS Geometry [6x6 or ACQ].
HIERARCH ESO ISS AT4 NAOMI WFSRMS END = 0.100106 / WFS rms  ATi [um].
HIERARCH ESO ISS AT4 NAOMI WFSRMS START = 0.099894 / WFS rms  ATi [um].
HIERARCH ESO ISS AT4 NAOMI WFSSPOTSZ END = 2.935825 / WFS Spot size ATi [px].
HIERARCH ESO ISS AT4 NAOMI WFSSPOTSZ START = 2.544318 / WFS Spot size ATi [px].
HIERARCH ESO ISS AZ = 340.553 / Azimuth angles at start [deg].
HIERARCH ESO ISS BASELINE = 'small' / Interferometric Array.
HIERARCH ESO ISS CHOP FREQ = 0.480769 / Frequency of cycle [Hz].
HIERARCH ESO ISS CHOP GUIDE = 'A' / Guiding beam for chopping.
HIERARCH ESO ISS CHOP POSANG = 0.000 / Orientation on sky [deg].
HIERARCH ESO ISS CHOP PVRATIO = 1.00 / Peak-to-valley ratio [ratio].
HIERARCH ESO ISS CHOP ST = 'T' / Chopping status.
HIERARCH ESO ISS CHOP THROW = 4.0 / Amplitude of chopping [arcsec].
HIERARCH ESO ISS CONF A1L = 147.617299 / Static optical path length [m] arm 1.
HIERARCH ESO ISS CONF A2L = 163.346271 / Static optical path length [m] arm 2.
HIERARCH ESO ISS CONF A3L = 115.105000 / Static optical path length [m] arm 3.
HIERARCH ESO ISS CONF A4L = 146.867684 / Static optical path length [m] arm 4.
HIERARCH ESO ISS CONF DL1 = 'DL6' / Delay line used in arm 1.
HIERARCH ESO ISS CONF DL2 = 'DL5' / Delay line used in arm 2.
HIERARCH ESO ISS CONF DL3 = 'DL1' / Delay line used in arm 3 .
HIERARCH ESO ISS CONF DL4 = 'DL2' / Delay line used in arm 4.
HIERARCH ESO ISS CONF INPUT1 = 1 / Primary lab input channel arm 1.
HIERARCH ESO ISS CONF INPUT2 = 3 / Primary lab input channel arm 2.
HIERARCH ESO ISS CONF INPUT3 = 5 / Primary lab input channel arm 3.
HIERARCH ESO ISS CONF INPUT4 = 7 / Primary switchyard config. arm 4.
HIERARCH ESO ISS CONF NTEL = 4 / Number of telescopes used.
HIERARCH ESO ISS CONF STATION1 = 'A0' / Station of telescope arm 1.
HIERARCH ESO ISS CONF STATION2 = 'B2' / Station of telescope arm 2.
HIERARCH ESO ISS CONF STATION3 = 'D0' / Station of telescope arm 3.
HIERARCH ESO ISS CONF STATION4 = 'C1' / Station of telescope arm 4.
HIERARCH ESO ISS CONF SWYARD1 = 'compressed' / Primary switchyard config. arm 1.
HIERARCH ESO ISS CONF SWYARD2 = 'compressed' / Primary switchyard config. arm 2.
HIERARCH ESO ISS CONF SWYARD3 = 'compressed' / Primary switchyard config. arm 3.
HIERARCH ESO ISS CONF SWYARD4 = 'compressed' / Primary switchyard config. arm 4.
HIERARCH ESO ISS CONF T1NAME = 'AT1' / Telescope name arm 1.
HIERARCH ESO ISS CONF T1X = 14.638252 / Telescope X coordinate [m] arm 1.
HIERARCH ESO ISS CONF T1Y = 55.799546 / Telescope Y coordinate [m] arm 1.
HIERARCH ESO ISS CONF T1Z = 4.532355 / Telescope Z coordinate [m] arm 1.
HIERARCH ESO ISS CONF T2NAME = 'AT2' / Telescope name arm 2.
HIERARCH ESO ISS CONF T2X = -0.737361 / Telescope X coordinate [m] arm 2.
HIERARCH ESO ISS CONF T2Y = 75.889810 / Telescope Y coordinate [m] arm 2.
HIERARCH ESO ISS CONF T2Z = 4.538036 / Telescope Z coordinate [m] arm 2.
HIERARCH ESO ISS CONF T3NAME = 'AT3' / Telescope name arm 3.
HIERARCH ESO ISS CONF T3X = -15.627957 / Telescope X coordinate [m] arm 3.
HIERARCH ESO ISS CONF T3Y = 45.397348 / Telescope Y coordinate [m] arm 3.
HIERARCH ESO ISS CONF T3Z = 4.539700 / Telescope Z coordinate [m] arm 3.
HIERARCH ESO ISS CONF T4NAME = 'AT4' / Telescope name arm 4.
HIERARCH ESO ISS CONF T4X = -5.690030 / Telescope X coordinate [m] arm 4.
HIERARCH ESO ISS CONF T4Y = 65.728849 / Telescope Y coordinate [m] arm 4.
HIERARCH ESO ISS CONF T4Z = 4.538925 / Telescope Z coordinate [m] arm 4.
HIERARCH ESO ISS DATE = '2024-10-11T13:12:15.000' / Timestamp of last ISS build.
HIERARCH ESO ISS DID = 'ESO-VLT-DIC.ISS' / Data dictionary name.
HIERARCH ESO ISS FEED MODE = 'SINGLE_STS' / VLTI feed mode (TRANSPARENT,SINGLE_S
HIERARCH ESO ISS GEOELEV = 2669.0 / VLTI ground site height above WGS84 [m].
HIERARCH ESO ISS GEOLAT = -24.62743941 / VLTI site latitude (UV zero) [deg].
HIERARCH ESO ISS GEOLON = -70.40498688 / VLTI site longitude (UV zero) [deg].
HIERARCH ESO ISS IAS IRIS DIT = 1.000 / IRIS Detector Integration Time [s].
HIERARCH ESO ISS IAS IRIS_GUID = 'OFF' / IRIS labguiding state (ON, OFF).
HIERARCH ESO ISS IAS MIRR9 NAME = 'OUT' / ARAL IAS ALI slide position for T
HIERARCH ESO ISS IAS OPTI10 NAME = 'PUP' / ARAL Iris Fly Eye and Telephoto
HIERARCH ESO ISS IAS OPTI9 NAME = 'OUT' / ARAL Iris notch filter setting (I
HIERARCH ESO ISS IAS SELECTED = 'IRIS' / Selected image alignment sensor (NO
HIERARCH ESO ISS ID = 'v ISS' / ISS version string.
HIERARCH ESO ISS IP1 IMAGEROT END = 270.076076 / Image rotation in lab for IP1 a
HIERARCH ESO ISS IP1 IMAGEROT START = 270.076076 / Image rotation in lab for IP1
HIERARCH ESO ISS IP1 PUPILROT END = 329.078677 / Pupil rotation in lab for IP1 a
HIERARCH ESO ISS IP1 PUPILROT START = 329.355764 / Pupil rotation in lab for IP1
HIERARCH ESO ISS IP3 IMAGEROT END = 270.076076 / Image rotation in lab for IP3 a
HIERARCH ESO ISS IP3 IMAGEROT START = 270.076076 / Image rotation in lab for IP3
HIERARCH ESO ISS IP3 PUPILROT END = 329.070491 / Pupil rotation in lab for IP3 a
HIERARCH ESO ISS IP3 PUPILROT START = 329.356472 / Pupil rotation in lab for IP3
HIERARCH ESO ISS IP5 IMAGEROT END = 270.076076 / Image rotation in lab for IP5 a
HIERARCH ESO ISS IP5 IMAGEROT START = 270.076076 / Image rotation in lab for IP5
HIERARCH ESO ISS IP5 PUPILROT END = 329.069032 / Pupil rotation in lab for IP5 a
HIERARCH ESO ISS IP5 PUPILROT START = 329.355154 / Pupil rotation in lab for IP5
HIERARCH ESO ISS IP7 IMAGEROT END = 270.076076 / Image rotation in lab for IP7 a
HIERARCH ESO ISS IP7 IMAGEROT START = 270.076076 / Image rotation in lab for IP7
HIERARCH ESO ISS IP7 PUPILROT END = 329.076555 / Pupil rotation in lab for IP7 a
HIERARCH ESO ISS IP7 PUPILROT START = 329.353901 / Pupil rotation in lab for IP7
HIERARCH ESO ISS M2POSZ AT1 = -0.004128 / Z position for M2 mirror of ATi [mm].
HIERARCH ESO ISS M2POSZ AT2 = -0.220983 / Z position for M2 mirror of ATi [mm].
HIERARCH ESO ISS M2POSZ AT3 = 0.101343 / Z position for M2 mirror of ATi [mm].
HIERARCH ESO ISS M2POSZ AT4 = 0.089362 / Z position for M2 mirror of ATi [mm].
HIERARCH ESO ISS MARCEL OPTI1 NAME = 'OUT' / ARAL MARCEL beam splitter A (O
HIERARCH ESO ISS MARCEL OPTI2 NAME = 'OUT' / ARAL MARCEL beam splitter B (O
HIERARCH ESO ISS MARCEL OPTI3 NAME = 'OUT' / ARAL MARCEL beam splitter C (O
HIERARCH ESO ISS MARCEL OPTI4 NAME = 'OUT' / ARAL MARCEL beam splitter D (O
HIERARCH ESO ISS MARCEL OPTI5 NAME = 'OUT' / ARAL MARCEL beam splitter E (O
HIERARCH ESO ISS MARCEL OPTI6 NAME = 'OUT' / ARAL MARCEL beam splitter F (O
HIERARCH ESO ISS MARCEL OPTI7 NAME = 'OUT' / ARAL MARCEL beam splitter G (O
HIERARCH ESO ISS MARCEL OPTI8 NAME = 'OUT' / ARAL MARCEL beam splitter H (O
HIERARCH ESO ISS OPER = 'I I Condor' / Name of VLTI operator.
HIERARCH ESO ISS PARANG END = -58.998 / Parallactic angle at end [deg].
HIERARCH ESO ISS PARANG START = -59.279 / Parallactic angle at start [deg].
HIERARCH ESO ISS PBL12 END = 16.431 / Projected baseline T1 T2 at end [m].
HIERARCH ESO ISS PBL12 START = 16.399 / Projected baseline T1 T2 at start [m].
HIERARCH ESO ISS PBL13 END = 32.003 / Projected baseline T1 T3 at end [m].
HIERARCH ESO ISS PBL13 START = 32.003 / Projected baseline T1 T3 at start [m].
HIERARCH ESO ISS PBL14 END = 18.596 / Projected baseline T1 T4 at end [m].
HIERARCH ESO ISS PBL14 START = 18.577 / Projected baseline T1 T4 at start [m].
HIERARCH ESO ISS PBL23 END = 28.080 / Projected baseline T2 T3 at end [m].
HIERARCH ESO ISS PBL23 START = 28.080 / Projected baseline T2 T3 at start [m].
HIERARCH ESO ISS PBL24 END = 9.350 / Projected baseline T2 T4 at end [m].
HIERARCH ESO ISS PBL24 START = 9.350 / Projected baseline T2 T4 at start [m].
HIERARCH ESO ISS PBL34 END = 18.730 / Projected baseline T3 T4 at end [m].
HIERARCH ESO ISS PBL34 START = 18.730 / Projected baseline T3 T4 at start [m].
HIERARCH ESO ISS PBLA12 END = 92.5 / Projected baseline orientation angle T1 T2
HIERARCH ESO ISS PBLA12 START = 92.3 / Projected baseline orientation angle T1 T
HIERARCH ESO ISS PBLA13 END = 31.3 / Projected baseline orientation angle T1 T3
HIERARCH ESO ISS PBLA13 START = 31.0 / Projected baseline orientation angle T1 T
HIERARCH ESO ISS PBLA14 END = 62.348 / Projected baseline orientation angle T1 T
HIERARCH ESO ISS PBLA14 START = 62.072 / Projected baseline orientation angle T1
HIERARCH ESO ISS PBLA23 END = 0.4 / Projected baseline orientation angle T2 T3 a
HIERARCH ESO ISS PBLA23 START = 0.2 / Projected baseline orientation angle T2 T3
HIERARCH ESO ISS PBLA24 END = 0.359 / Projected baseline orientation angle T2 T4
HIERARCH ESO ISS PBLA24 START = 0.176 / Projected baseline orientation angle T2
HIERARCH ESO ISS PBLA34 END = 180.415 / Projected baseline orientation angle T3
HIERARCH ESO ISS PBLA34 START = 180.231 / Projected baseline orientation angle T
HIERARCH ESO ISS REF DEC = -693137.50 / Reference Delta as given by user.
HIERARCH ESO ISS REF RA = 5500.31 / Reference Alpha as given by user.
HIERARCH ESO ISS TEMP LAB1 = 15.060 / Temp in lab.
HIERARCH ESO ISS TEMP TUN1 = 15.620 / Temp in tunnel west [C], duct A.
HIERARCH ESO ISS TEMP TUN2 = 16.100 / Temp in tunnel centre [C], M16 west.
HIERARCH ESO ISS TEMP TUN3 = 15.610 / Temp in tunnel centre [C], M16 east.
HIERARCH ESO ISS TEMP TUN4 = 16.560 / Temp in tunnel east [C], duct L.
HIERARCH ESO ISS TRAK STATUS = 'NORMAL' / Tracking status.
HIERARCH ESO ISS VLTITYPE = 'imaging' / Type of interferometric observations.
HIERARCH ESO OBS AIRM = 2.0 / Req. max. airmass
HIERARCH ESO OBS AMBI TRANS = '2CLR' / Req. sky transparency
HIERARCH ESO OBS AOMODE = 'FULL_AO' / Req. AO mode
HIERARCH ESO OBS CONTAINER ID = 4093358 / Scheduling container ID
HIERARCH ESO OBS CONTAINER TYPE = 'U' / Scheduling container type
HIERARCH ESO OBS DID = 'ESO-VLT-DIC.OBS-2.2' / OBS Dictionary
HIERARCH ESO OBS EXECTIME = 1808 / Expected execution time
HIERARCH ESO OBS GRP = '0' / linked blocks
HIERARCH ESO OBS ID = 4093360 / Observation block ID
HIERARCH ESO OBS MOON DIST = 3 / Req. min. angular dist. from moon [deg]
HIERARCH ESO OBS MOON FLI = 1.0 / Req. max. fractional lunar illum.
HIERARCH ESO OBS NAME = 'CAL_1_HD5457' / OB name
HIERARCH ESO OBS NTPL = 2 / Number of templates within OB
HIERARCH ESO OBS OBSERVER = 'UNKNOWN' / Observer Name
HIERARCH ESO OBS PI-COI ID = 95759 / ESO internal PI-COI ID
HIERARCH ESO OBS PI-COI NAME = 'UNKNOWN' / PI-COI name
HIERARCH ESO OBS PROG ID = '114.27F3.002' / ESO program identification
HIERARCH ESO OBS START = '2024-10-29T23:10:09' / OB start time
HIERARCH ESO OBS TARG NAME = 'lam Tuc' / OB target name
HIERARCH ESO OBS TPLNO = 2 / Template number within OB
HIERARCH ESO OBS TURB = '70%' / Req. Atmospheric Turbulence Category
HIERARCH ESO OBS WATERVAPOUR = 30.0 / Req. water vapour
HIERARCH ESO OCS DET2 IMGNAME = 'MATISSE_OBS_HISENS_N_STD_' / Data File Name.
HIERARCH ESO SEQ OFFSET ALPHA = 0.0 / [mas] Off-axis total offset in RA
HIERARCH ESO SEQ OFFSET DELTA = 0.0 / [mas] Off-axis total offset in DEC
HIERARCH ESO SEQ TARG FLUX L = 93.0 / [Jy] L band flux in jansky
HIERARCH ESO SEQ TARG FLUX N = 10.4 / [Jy] N band flux in jansky
HIERARCH ESO SEQ TARG MAG K = 1.3 / [mag] K band magnitude
HIERARCH ESO TPL DID = 'ESO-VLT-DIC.TPL-1.9' / Data dictionary for TPL
HIERARCH ESO TPL EXPNO = 22 / Exposure number within template
HIERARCH ESO TPL ID = 'MATISSE_hyb_obs_ft' / Template signature ID
HIERARCH ESO TPL NAME = 'Celestial target observation with FT' / Template name
HIERARCH ESO TPL NEXP = 40 / Number of exposures within template
HIERARCH ESO TPL PRESEQ = 'MATISSE_obs.seq' / Sequencer script
HIERARCH ESO TPL START = '2024-10-29T23:32:48' / TPL start time
HIERARCH ESO TPL VERSION = '$Revision: 332467 $' / Version of the template
ORIGFILE= 'MATISSE_OBS_HISENS_N_STD_303_0006.fits' / Original File Name
ARCFILE = 'MATIS.2024-10-29T23:45:27.004.fits' / Archive File Name
CHECKSUM= 'kjC1ljB1kjB1kjB1' / HDU checksum updated 2024-10-29T23:46:32
DATASUM = '0'              / data unit checksum updated 2024-10-29T23:46:32
END
XTENSION= 'BINTABLE'       / binary table extension
BITPIX  =                8 / # of bits per pix value
NAXIS   =                2 / # of axes in data array
NAXIS1  =              334 / # width of table in bytes
NAXIS2  =                9 / # number of rows in table
PCOUNT  =                0 / size of special data area
GCOUNT  =                1 / one data group (required keyword)
TFIELDS =               14 / number of fields in each row
EXTNAME = 'IMAGING_DETECTOR' / name of this binary table extension
ORIGIN  = 'ESO-PARANAL'    / European Southern Observatory
DATE    = '2024-10-29T23:45:27.0040' / Date the file was written
INSTRUME= 'MATISSE'        / Instrument name
MJD-OBS =   60612.98989588 / 2024-10-29T23:45:27.0040
DATE-OBS= '2024-10-29T23:45:27.0040' / Observing date
HIERARCH ESO DET DID = 'ESO-VLT-DIC.NGCDCS-323264' / Data dictionary nam
HIERARCH ESO DET ID = 'MATISSE-AQ' / Detector system id
MAXTEL  =                4 / Maximum number of telescopes (PORTS)
MAX_COEF=                9 / Max coefficents in DMP and DMC
NDETECT =                1 / Number of detectors
NREGION =                9 / Number of regions
NUM_DIM =                2 / Dimensions in the detector array
TDIM12  = '(2,2)'          / size of the multidimensional array
TDIM13  = '(2,2,9)'        / size of the multidimensional array
TDIM14  = '(2,9)'          / size of the multidimensional array
TFORM1  = 'I'              / data format of field: 2-byte INTEGER
TFORM10 = '2E'             / data format of field: 4-byte REAL
TFORM11 = '16A'            / data format of field: ASCII Character
TFORM12 = '4D'             / data format of field: 8-byte DOUBLE
TFORM13 = '36I'            / data format of field: 2-byte INTEGER
TFORM14 = '18D'            / data format of field: 8-byte DOUBLE
TFORM2  = 'I'              / data format of field: 2-byte INTEGER
TFORM3  = '4I'             / data format of field: 2-byte INTEGER
TFORM4  = 'I'              / data format of field: 2-byte INTEGER
TFORM5  = '16A'            / data format of field: ASCII Character
TFORM6  = '2I'             / data format of field: 2-byte INTEGER
TFORM7  = 'D'              / data format of field: 8-byte DOUBLE
TFORM8  = '2I'             / data format of field: 2-byte INTEGER
TFORM9  = '2D'             / data format of field: 8-byte DOUBLE
TTYPE1  = 'REGION'         / label for field   1
TTYPE10 = 'CRPIX'          / label for field  10
TTYPE11 = 'CTYPE'          / label for field  11
TTYPE12 = 'CD'             / label for field  12
TTYPE13 = 'DMP'            / label for field  13
TTYPE14 = 'DMC'            / label for field  14
TTYPE2  = 'DETECTOR'       / label for field   2
TTYPE3  = 'PORTS'          / label for field   3
TTYPE4  = 'CORRELATION'    / label for field   4
TTYPE5  = 'REGNAME'        / label for field   5
TTYPE6  = 'CORNER'         / label for field   6
TTYPE7  = 'GAIN'           / label for field   7
TTYPE8  = 'NAXIS'          / label for field   8
TTYPE9  = 'CRVAL'          / label for field   9
CHECKSUM= '5Sa1ARU16Ra1ARU1' / HDU checksum updated 2024-10-29T23:46:32
DATASUM = '116018773'      / data unit checksum updated 2024-10-29T23:46:32
END
XTENSION= 'BINTABLE'       / binary table extension
BITPIX  =                8 / # of bits per pix value
NAXIS   =                2 / # of axes in data array
NAXIS1  =           183119 / # width of table in bytes
NAXIS2  =             2385 / # number of rows in table
PCOUNT  =                0 / size of special data area
GCOUNT  =                1 / one data group (required keyword)
TFIELDS =               21 / number of fields in each row
EXTNAME = 'IMAGING_DATA'   / name of this binary table extension
ORIGIN  = 'ESO-PARANAL'    / European Southern Observatory
DATE    = '2024-10-29T23:45:27.0040' / Date the file was written
INSTRUME= 'MATISSE'        / Instrument name
MJD-OBS =   60612.98989588 / 2024-10-29T23:45:27.0040
DATE-OBS= '2024-10-29T23:45:27.0040' / Observing date
HIERARCH ESO DET DID = 'ESO-VLT-DIC.NGCDCS-323264' / Data dictionary nam
HIERARCH ESO DET ID = 'MATISSE-AQ' / Detector system id
MAXINS  =                0 / Number of INS_TRAIN table entries
MAXSTEP =               10 / Number of OPD steps
MAXTEL  =                4 / Maximum number of telescopes (PORTS)
NREGION =                9 / Number of regions
TDIM10  = '(32,8)'         / size of the multidimensional array
TDIM2   = '(32,8)'         / size of the multidimensional array
TDIM3   = '(468,8)'        / size of the multidimensional array
TDIM4   = '(32,8)'         / size of the multidimensional array
TDIM5   = '(32,156)'       / size of the multidimensional array
TDIM6   = '(468,156)'      / size of the multidimensional array
TDIM7   = '(32,156)'       / size of the multidimensional array
TDIM8   = '(32,8)'         / size of the multidimensional array
TDIM9   = '(468,8)'        / size of the multidimensional array
TFORM1  = 'D'              / data format of field: 8-byte DOUBLE
TFORM10 = '256I'           / data format of field: 2-byte INTEGER
TFORM11 = 'E'              / data format of field: 4-byte REAL
TFORM12 = '4I'             / data format of field: 2-byte INTEGER
TFORM13 = '4D'             / data format of field: 8-byte DOUBLE
TFORM14 = '4D'             / data format of field: 8-byte DOUBLE
TFORM15 = '4I'             / data format of field: 2-byte INTEGER
TFORM16 = '2E'             / data format of field: 4-byte REAL
TFORM17 = 'E'              / data format of field: 4-byte REAL
TFORM18 = 'I'              / data format of field: 2-byte INTEGER
TFORM19 = '1A'             / data format of field: ASCII Character
TFORM2  = '256I'           / data format of field: 2-byte INTEGER
TFORM20 = 'I'              / data format of field: 2-byte INTEGER
TFORM21 = 'I'              / data format of field: 2-byte INTEGER
TFORM3  = '3744I'          / data format of field: 2-byte INTEGER
TFORM4  = '256I'           / data format of field: 2-byte INTEGER
TFORM5  = '4992I'          / data format of field: 2-byte INTEGER
TFORM6  = '73008I'         / data format of field: 2-byte INTEGER
TFORM7  = '4992I'          / data format of field: 2-byte INTEGER
TFORM8  = '256I'           / data format of field: 2-byte INTEGER
TFORM9  = '3744I'          / data format of field: 2-byte INTEGER
TSCAL10 =                1 / pixel=FITS*TSCAL+TZERO
TSCAL2  =                1 / pixel=FITS*TSCAL+TZERO
TSCAL3  =                1 / pixel=FITS*TSCAL+TZERO
TSCAL4  =                1 / pixel=FITS*TSCAL+TZERO
TSCAL5  =                1 / pixel=FITS*TSCAL+TZERO
TSCAL6  =                1 / pixel=FITS*TSCAL+TZERO
TSCAL7  =                1 / pixel=FITS*TSCAL+TZERO
TSCAL8  =                1 / pixel=FITS*TSCAL+TZERO
TSCAL9  =                1 / pixel=FITS*TSCAL+TZERO
TTYPE1  = 'TIME'           / label for field 1
TTYPE10 = 'DATA9'          / label for field 10
TTYPE11 = 'EXPTIME'        / label for field 11
TTYPE12 = 'OPT_TRAIN'      / label for field 12
TTYPE13 = 'OPD'            / label for field 13
TTYPE14 = 'LOCALOPD'       / label for field 14
TTYPE15 = 'INS_TRAIN'      / label for field 15
TTYPE16 = 'OFFSET'         / label for field 16
TTYPE17 = 'ROTATION'       / label for field 17
TTYPE18 = 'STEPPING_PHASE' / label for field 18
TTYPE19 = 'TARTYP'         / label for field 19
TTYPE2  = 'DATA1'          / label for field 2
TTYPE20 = 'REFERENCE'      / label for field 20
TTYPE21 = 'TARGET'         / label for field 21
TTYPE3  = 'DATA2'          / label for field 3
TTYPE4  = 'DATA3'          / label for field 4
TTYPE5  = 'DATA4'          / label for field 5
TTYPE6  = 'DATA5'          / label for field 6
TTYPE7  = 'DATA6'          / label for field 7
TTYPE8  = 'DATA7'          / label for field 8
TTYPE9  = 'DATA8'          / label for field 9
TZERO10 =            32768 / pixel=FITS*TSCAL+TZERO
TZERO2  =            32768 / pixel=FITS*TSCAL+TZERO
TZERO3  =            32768 / pixel=FITS*TSCAL+TZERO
TZERO4  =            32768 / pixel=FITS*TSCAL+TZERO
TZERO5  =            32768 / pixel=FITS*TSCAL+TZERO
TZERO6  =            32768 / pixel=FITS*TSCAL+TZERO
TZERO7  =            32768 / pixel=FITS*TSCAL+TZERO
TZERO8  =            32768 / pixel=FITS*TSCAL+TZERO
TZERO9  =            32768 / pixel=FITS*TSCAL+TZERO
CHECKSUM= 'YMkacJhZZJhaaJhY' / HDU checksum updated 2024-10-29T23:46:32
DATASUM = '1888743068'     / data unit checksum updated 2024-10-29T23:46:32
END
XTENSION= 'BINTABLE'       / binary table extension
BITPIX  =                8 / 8-bit bytes
NAXIS   =                2 / 2-dimensional binary table
NAXIS1  =              322 / width of table in bytes
NAXIS2  =              108 / number of rows in table
PCOUNT  =                0 / size of special data area
GCOUNT  =                1 / one data group (required keyword)
TFIELDS =                5 / number of fields in each row
EXTNAME = 'ARRAY_DESCRIPTION' / FITS Extension name
ORIGIN  = 'ESO-PARANAL'    / European Southern Observatory
DATE    = '2024-10-29T23:46:29' / Date this file was written
TELESCOP= 'ESO-VLTI-A1234' / ESO <TEL>
HIERARCH ESO ISS DID = 'ESO-VLT-DIC.ISS' / Auto Added Keyword
HIERARCH ESO ISS ID = 'v ISS' / Auto Added Keyword
TFORM1  = '32A'            / data format of field: ASCII Character
TFORM2  = '32A'            / data format of field: ASCII Character
TFORM3  = 'I'              / data format of field: 2-byte INTEGER
TFORM4  = '128A'           / data format of field: ASCII Character
TFORM5  = '128A'           / data format of field: ASCII Character
TTYPE1  = 'BINTABLE'       / label for field   1
TTYPE2  = 'OPTI_NAME'      / label for field   2
TTYPE3  = 'VALUE'          / label for field   3
TTYPE4  = 'DESCRIPTION'    / label for field   4
TTYPE5  = 'REFERENCE'      / label for field   5
CHECKSUM= 'H1pbK1obH1obH1ob' / HDU checksum updated 2024-10-29T23:46:33
DATASUM = '2078546551'     / data unit checksum updated 2024-10-29T23:46:33
END
XTENSION= 'BINTABLE'       / binary table extension
BITPIX  =                8 / 8-bit bytes
NAXIS   =                2 / 2-dimensional binary table
NAXIS1  =               48 / width of table in bytes
NAXIS2  =                4 / number of rows in table
PCOUNT  =                0 / size of special data area
GCOUNT  =                1 / one data group (required keyword)
TFIELDS =                6 / number of fields in each row
EXTNAME = 'ARRAY_GEOMETRY' / FITS Extension name
ORIGIN  = 'ESO-PARANAL'    / European Southern Observatory
DATE    = '2024-10-29T23:46:29' / Date this file was written
TELESCOP= 'ESO-VLTI-A1234' / ESO <TEL>
ARRAYX  =          1946405 / VLTI x coordinate
ARRAYY  =         -5467647 / VLTI y coordinate
ARRAYZ  =         -2642729 / VLTI z coordinate
ARRNAME = 'VLTI'           / Array Name
HIERARCH ESO ISS DID = 'ESO-VLT-DIC.ISS' / Auto Added Keyword
HIERARCH ESO ISS ID = 'v ISS' / Auto Added Keyword
FRAME   = 'GEOCENTRIC'     / Reference frame
TFORM1  = '8A'             / data format of field: ASCII Character
TFORM2  = '8A'             / data format of field: ASCII Character
TFORM3  = 'I'              / data format of field: 2-byte INTEGER
TFORM4  = 'E'              / data format of field: 4-byte REAL
TFORM5  = '3D'             / data format of field: 8-byte DOUBLE
TFORM6  = 'I'              / data format of field: 2-byte INTEGER
TTYPE1  = 'TEL_NAME'       / label for field   1
TTYPE2  = 'STA_NAME'       / label for field   2
TTYPE3  = 'STA_INDEX'      / label for field   3
TTYPE4  = 'DIAMETER'       / label for field   4
TTYPE5  = 'STAXYZ'         / label for field   5
TTYPE6  = 'MNTSTA'         / label for field   6
TUNIT4  = 'm'              / physical unit of field
TUNIT5  = 'm'              / physical unit of field
CHECKSUM= 'XcBTYZ9TXaATXY9T' / HDU checksum updated 2024-10-29T23:46:33
DATASUM = '1811249268'     / data unit checksum updated 2024-10-29T23:46:33
END
XTENSION= 'BINTABLE'       / binary table extension
BITPIX  =                8 / 8-bit bytes
NAXIS   =                2 / 2-dimensional binary table
NAXIS1  =              486 / width of table in bytes
NAXIS2  =                4 / number of rows in table
PCOUNT  =                0 / size of special data area
GCOUNT  =                1 / one data group (required keyword)
TFIELDS =               30 / number of fields in each row
EXTNAME = 'OPTICAL_TRAIN'  / FITS Extension name
ORIGIN  = 'ESO-PARANAL'    / European Southern Observatory
DATE    = '2024-10-29T23:46:29' / Date this file was written
TELESCOP= 'ESO-VLTI-A1234' / ESO <TEL>
ARRNAME = 'VLTI'           / Array Name
HIERARCH ESO ISS DID = 'ESO-VLT-DIC.ISS' / Auto Added Keyword
HIERARCH ESO ISS ID = 'v ISS' / Auto Added Keyword
NOPTI   =               14 / Number of optical elements
TFORM1  = 'I'              / data format of field: 2-byte INTEGER
TFORM10 = 'I'              / data format of field: 2-byte INTEGER
TFORM11 = '32A'            / data format of field: ASCII Character
TFORM12 = 'I'              / data format of field: 2-byte INTEGER
TFORM13 = '32A'            / data format of field: ASCII Character
TFORM14 = 'I'              / data format of field: 2-byte INTEGER
TFORM15 = '32A'            / data format of field: ASCII Character
TFORM16 = 'I'              / data format of field: 2-byte INTEGER
TFORM17 = '32A'            / data format of field: ASCII Character
TFORM18 = 'I'              / data format of field: 2-byte INTEGER
TFORM19 = '32A'            / data format of field: ASCII Character
TFORM2  = '8A'             / data format of field: ASCII Character
TFORM20 = 'I'              / data format of field: 2-byte INTEGER
TFORM21 = '32A'            / data format of field: ASCII Character
TFORM22 = 'I'              / data format of field: 2-byte INTEGER
TFORM23 = '32A'            / data format of field: ASCII Character
TFORM24 = 'I'              / data format of field: 2-byte INTEGER
TFORM25 = '32A'            / data format of field: ASCII Character
TFORM26 = 'I'              / data format of field: 2-byte INTEGER
TFORM27 = '32A'            / data format of field: ASCII Character
TFORM28 = 'I'              / data format of field: 2-byte INTEGER
TFORM29 = '32A'            / data format of field: ASCII Character
TFORM3  = '32A'            / data format of field: ASCII Character
TFORM30 = 'I'              / data format of field: 2-byte INTEGER
TFORM4  = 'I'              / data format of field: 2-byte INTEGER
TFORM5  = '32A'            / data format of field: ASCII Character
TFORM6  = 'I'              / data format of field: 2-byte INTEGER
TFORM7  = '32A'            / data format of field: ASCII Character
TFORM8  = 'I'              / data format of field: 2-byte INTEGER
TFORM9  = '32A'            / data format of field: ASCII Character
TTYPE1  = 'INDEX'          / label for field   1
TTYPE10 = 'VALUE4'         / label for field  10
TTYPE11 = 'OPTI_NAME5'     / label for field  11
TTYPE12 = 'VALUE5'         / label for field  12
TTYPE13 = 'OPTI_NAME6'     / label for field  13
TTYPE14 = 'VALUE6'         / label for field  14
TTYPE15 = 'OPTI_NAME7'     / label for field  15
TTYPE16 = 'VALUE7'         / label for field  16
TTYPE17 = 'OPTI_NAME8'     / label for field  17
TTYPE18 = 'VALUE8'         / label for field  18
TTYPE19 = 'OPTI_NAME9'     / label for field  19
TTYPE2  = 'TEL_NAME'       / label for field   2
TTYPE20 = 'VALUE9'         / label for field  20
TTYPE21 = 'OPTI_NAME10'    / label for field  21
TTYPE22 = 'VALUE10'        / label for field  22
TTYPE23 = 'OPTI_NAME11'    / label for field  23
TTYPE24 = 'VALUE11'        / label for field  24
TTYPE25 = 'OPTI_NAME12'    / label for field  25
TTYPE26 = 'VALUE12'        / label for field  26
TTYPE27 = 'OPTI_NAME13'    / label for field  27
TTYPE28 = 'VALUE13'        / label for field  28
TTYPE29 = 'OPTI_NAME14'    / label for field  29
TTYPE3  = 'OPTI_NAME1'     / label for field   3
TTYPE30 = 'VALUE14'        / label for field  30
TTYPE4  = 'VALUE1'         / label for field   4
TTYPE5  = 'OPTI_NAME2'     / label for field   5
TTYPE6  = 'VALUE2'         / label for field   6
TTYPE7  = 'OPTI_NAME3'     / label for field   7
TTYPE8  = 'VALUE3'         / label for field   8
TTYPE9  = 'OPTI_NAME4'     / label for field   9
CHECKSUM= 'dOdngOZmdObmdOZm' / HDU checksum updated 2024-10-29T23:46:33
DATASUM = '624124240'      / data unit checksum updated 2024-10-29T23:46:33
END